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ENERGY STORAGE POWER QUALITY
PURE ENERGY
PURE ENERGY Pure Energy is our motivation for leading the renewable energy generation. It is the search for product and service perfection. It is our vision of a world, clean and sustainable for our children and future generations.
CONTENTS
PRODUCT RANGE 13
PRODUCT DESIGN 11
POWER ELECTRONICS 03
HOW WE WORK 05
POWER ON SUPPORT 07
WORLDWIDE 09
WARRANTY & CONTACT 105
FREEMAQ DC/DC 15
FREEMAQ STATCOM 77
MV SKID 83
TWIN SKID 87
REFERENCES 101
FREEMAQ PCSK & MULTI PCSK 45
FREEMAQ PCSM & MULTI PCSM 21
ENERGY MANAGEMENT SYSTEM 97
FREESUN APP 99
POWER PLANT CONTROLLER 93
CONTROL AND MONITORING SOLUTIONS 91
POWER ELECTRONICS
3THE COMPANY
FINANCIAL STABILITY AND STRENGTH
INDEPENDENT REPORTS AND CERTIFICATIONS
INTERNATIONAL PRESENCE
SUSTAINABLE GROWTH
24/7 POWER ON SUPPORT
30 YEARS OF PRODUCT EXCELLENCE
Since 1987, Power Electronics has been producing high-power soft starters and variable speed drives for low and medium voltage AC motor applications, as well as solar inverters for photovoltaic power generation. Today, it also manufactures equipment for the charging of all types of electric vehicles, as a result of the company’s commitment to electric mobility. All this experience has enabled Power Electronics to position itself as a leading manufacturer of power electronics thanks to the unique characteristics of its products, its design patents and the fastest delivery time in the market, as well as unique customer service and reference in the sector, Power On Support 24/7.
POWER ELECTRONICS
Energy projects often require customer specific solutions, for this reason our clients also have our Engineering and Consulting department at their disposal, which comprise a wide number of highly skilled and experienced engineers that are available to modify our standard product to suit customer demands and ensure our clients get the product they need.
ENGINEERING & CONSULTING
CUSTOMIZED SOLUTIONSPROJECT MANAGEMENT
ENGINEERING
COMMISSIONING24/7 SERVICE
TECHNICAL ADVICE
VERTICAL INTEGRATION
IMMEDIATE DELIVERYVALUE CHAIN SUPERVISIONFACTORY TESTEDRELIABLE ENGINEERINGHIGH QUALITY COMPONENTSINNOVATION & DESIGN FLEXIBILITY
Flexibility and specialization play a key role in the manufacture of standard products, but even more so in personalized products. We integrate the mechanics of our equipment into our design and manufacturing. Vertical integration gives us the flexibility to adapt to customer requirements and still provide very short delivery times.
5HOW WE WORK
‘‘We design, manufacture and test the electronic boards of all our products’’
POWER ELECTRONICS
7
CUSTOMER SUPPORT
SPARE PARTS WARRANTY
TRAINING SEMINARS
ONSITE ASSISTANCE
WARRANTY
COMMISSIONING
AVAILABILITY
Customer Oriented Strategy.
POWER ON SUPPORT
POWER ON SUPPORT
Power on Support is the concept of a customer oriented strategy implemented by Power Electronics since its origins more than 30 years ago with 24/7 after sales service available for all our customers and end users without the need for a signed O&M contract.
POWER ELECTRONICS
WORLDWIDE PRESENCE
HEADQUARTERS
From the beginning, customer service and internationalization have been key elements for the development of the company.Thanks to the global expansion in the five continents, today we have presence and provide technical service throughout the world.
UNITED STATES
MEXICO
COLOMBIA
PERU
CHILE
BRAZIL
ARGENTINA
ANNUAL CAPACITY PRODUCTION
INSTALLED POWER
+18 GW
+22 GW
SALES COUNTRIES
DELEGATIONS
+100
+28
9WORLDWIDE
SPAIN
FRANCE
UNITEDKINGDOM
ITALY
GERMANY
SOUTH AFRICA
UNITED ARAB EMIRATES
AUSTRALIA
MALAYSIA
CHINAS. KOREA
JAPAN
INDIA
NEWZEALAND
POWER ELECTRONICS
ROBUST DESIGN
11
Freemaq series has been designed to last for more than 30 years of operation in harsh environments and extreme weather conditions. Freemaq units are tested and ready to withstand conditions from the frozen siberian tundra to the californian Death Valley, featuring:
Polymeric Painting
Galvanized Steel | Stainless Steel (Optional)
Closed-Cell Insulation
PRODUCT DESIGN
Totally sealed electronics cabinet protects electronics against dust and moisture.
Conformal coating on electronic boards shields PCBs from harsh atmospheres.
Temperature and humidity controlled active heating prevents internal water condensation.
Galvanized Steel construction with 2mm thickness for maximum enclosure longevity. (Stainless Steel Optional)
Closed-Cell insulation panel isolates the cabinet from solar heat gains.
Roof cover designed to dissipate solar radiation, reduce heat build-up and avoid water leakages. The solid structure avoids the need of additional external structures.
Random units selected to pass a Factory Water Tightness Test ensuring product quality.
C4 degree of protection according to ISO 12944. Up to C5-M optional.
ENERGY STORAGE
POWER QUALITY
POWER ELECTRONICS
PRODUCT RANGE
FREEMAQ PCSM & MULTI PCSM3190 kVA - 3630 kVA34.5 kV1500 VdcUp to 3 independent BESSP. 21
FREEMAQ PCSK & MULTI PCSK1700 kVA - 3800 kVA480 Vac - 690 Vac1500 VdcUp to 3 independent BESSP. 45
FREEMAQ DC/DC 525 kW - 3150 kW700 Vdc - 1500 VdcP. 15
FREEMAQ STATCOM Static Compensator2300 kVAr - 3290 kVArP. 77
STORAGE STATIONS
13PRODUCT RANGE
CONTROL AND MONITORING SOLUTIONS
FREESUN APPP. 99
FREESUN PPCP. 93
FREESUN EMSP. 97
TWIN SKID3400 kVA - 7600 kVA12 kV - 36 kVOil Transformer2L+ 2P/2V SwitchgearP. 87
MV SKID1700 kVA - 3800 kVA12 kV - 36 kVOil Transformer2L+P/V SwitchgearP. 83
POWER ELECTRONICS POWER ELECTRONICS
OUTDOOR DURABILITY
CLIPPING RECOVERY CAPABILITY
MODULAR DESIGN
FOR NEW AND EXISTING PLANTS
15
FREEMAQ DC/DC
THE MOST COST COMPETITIVE SOLUTION FOR SOLAR + STORAGE INSTALLATIONS
BI-DIRECTIONAL DC/DC CONVERTER
The new Power Electronics Freemaq DC/DC is a bi-direc-tional DC converter designed to maximize the benefits of the large-scale solar plants with a solar-plus-storage approach, offering a cuttingedge technology product that is able to reduce the CAPEX of PV installations coupled with energy storage systems, avoiding the installation of an additional station with a dedicated MV transformer. The best solution to minimize the LCOE for hybrid power plants.
Following the Power Electronics philosophy, the Freemaq DC/DC is a modular outdoor solution available from 525 kW to 3150 kW, fully compatible with different battery techno-logies and manufacturers, with a voltage range up to 1500 Vdc and the highest efficiency in the market. This product has been designed to be the lowest LCOE solution in the market. It is easy to be integrated with a Freesun inverter in new or already installed PV power plants, being the most cost-competitive solution for battery storage systems paired with PV installations.
By coupling the Power Electronics Freemaq DC/DC conver-ter with a Freesun solar inverter, it is possible to perform functions such as: energy shifting, ramp control rate, frequen-cy response, and most importantly, clipping energy recovery, that will boost customer revenues.
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
POWER ELECTRONICS
ENERGY STORAGE APPLICATIONS
LOAD LEVELING
RENEWABLE INTEGRATION
UTILITY CURTAILMENT RECOVERY
Freemaq DC/DC series are able to store energy during periods of low demand from the grid, in order to later supply this energy when there is a higher demand. This has the bene-fit of selling the energy at a higher market price during peak periods. It also allows grid operators to supply electricity with a higher renewable origin. Since PV generation may not be at the same time as peak demand, this facilitates the flexibility and integration of renewable generation into the grid.
The Freemaq DC/DC series attenuates the intermittent nature of renewable energy sources, to provide a smoother power output. The Freemaq DC/DC controls the ramp rate at which power is injected into the grid, and thus reduces the impact of rapid power fluctuations due to sudden or transient conditions experienced by the PV array.
The system monitors the PV inverter output to inject or consume power accordingly to ensure the output remains within the ramp requirements.
Utility scale inverter production can be curtailed by the grid operator, due to the high energy sources penetration in the grid during certain periods. With this DC-coupled energy storage system, the excess energy from the PV field can be stored in the Battery Energy Storage System (BESS) and then delivered when needed.
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
17
CLIPPING RECOVERY
FREQUENCY REGULATION SYSTEM
PEAK POWER SHAVING
The Power Electronics Freemaq DC/DC gets the maximum revenues from the PV generator, by charging the battery storage system when the PV inverter is clipping the output power, due to the high DC/AC power ratios. This stored energy can be exported to the utility grid when the price per KWh is high.
Freemaq DC/DC provides ability to regulate grid frequency in both directions. When there is a grid overfrequency (generation>demand) inverter power output is curtailed and this energy is stored through charging batteries. When there is a grid under-frequency (generation<demand) inverter power output is increased by discharging the batteries and injecting more power to the grid.
By delivering stored energy to the grid during periods of high demand, it reduces the burden on the distribution network and increases significantly its efficiency. Energy is stored during periods of low demand increasing the load on the grid. During peak periods this stored energy is then injected into the grid reducing the demand at this time. The result is a more flattened demand curve which means the grid can avoid switching on more expensive and polluting generators.
FREEMAQ DC/DC
POWER ELECTRONICS
CONFIGURATION
MODULAR DESIGN
Its unique modular design provides the flexibility needed to design your project, choosing the amount of storage power to be dispatched, according to the specific grid requirements.
From 525 kW to 3.15 MW
Power connections
Plant communications
Grid controller communication
..........................
TECHNICAL CHARACTERISTICS
REFERENCE FD0525DC INPUT & OUTPUT DC Rated Power (kW) 525
DC PV Voltage Range (Vdc) 700 to 1500DC ESS Voltage Range (Vdc) 700 to 1500Maximum DC PV Input Voltage (Vdc) 1500DC Voltage Ripple <3%Maximum DC output current (A) 600Battery Technology Compatible with all battery technologies
EFFICIENCY Efficiency (Max) 98,9%Max. Standby Consumption < approx. 50W
CABINET Dimensions (mm) 1215 x 970 x 2250Cooling Forced airEnclosure Rating NEMA 3R / IP54
CONNECTIONS Number of connections 3 positive / 3 negativeTerminals Lugs Rated 90ºCMax. positive and negative input wire size 500kcmil / 253mm2 (2 cables per terminal)
ENVIRONMENT Operating Temperature range [1] -35ºC to 50ºCRelative Humidity 4% to 100% non condensingMax. Altitude 4000m; >2000m power deratingAudible Noise level <79 dBA
CONTROL INTERFACE
Interfaces Emergency pushbutton and indicator lightsUSB, RJ45 and RS 485
Freesun AppCommunications Protocol Modbus TCP, Modbus RTU
PROTECTIONS Ground Fault Detection Insulation monitoring devicePV disconnection & protection Switch + FusesBESS disconnection & protection Contactors + Fuses
CERTIFICATIONS Safety Certification UL-1741
[1] Heating resistors kit option below -20ºC.
19FREEMAQ DC/DC
POWER ELECTRONICS
21
FREEMAQ PCSM FREEMAQ MULTI PCSM
THE INNOVATIVE MEDIUM VOLTAGE CENTRAL STRING BATTERY INVERTER
UTILITY SCALE MV BATTERY INVERTER
The Power Electronics PCSM medium voltage battery inverter is designed for utility scale storage applications, that require the advantages of a central inverter solution but also the modularity of a string architecture. The PCSM can reach up to a nominal power of 3.6 MVA and it is compatible with all battery technology and manufacturers. It also has the added advantage of having an integrated medium voltage transformer and switchgear.
The MULTI PCSM can support two or three independent battery systems and optimize the storage facility.
Power Electronics converters have been designed to be the lowest LCOE solution in the market for storage applications. The Power Electronics Freemaq PCSM offers proven hardwa-re to meet storage and grid support challenges.The energy production industry is embracing renewable energy sources. However, high penetration creates power transmission instability challenges, thus Grid Operators require stringent dynamic and static grid support features for solar inverters and Power Conversion Systems (PCS).
The converters can perform grid support functions such as: Peak Shaving, Ramp Rate Control, Frequency Regulation, Load Leveling and Voltage Regulation, controlled by a Power Plant Controller or SCADA. The Freemaq PCSM stations are turn-key solutions ready for connection to the battery contai-ner and MV power distribution wiring. Units are designed for concrete pads or piers.
POWER CONVERSION SYSTEM
ICOOL 3
4 QUADRANT
3 LEVEL TOPOLOGY
FIELD REPLACEABLE UNITSFRU
MODULAR DESIGN
NEMA 3R
UP TO 3 INDEPENDENT BESS INPUTS
POWER ELECTRONICS
STRING CONCEPT POWER STAGES
The Freemaq PCSM combines the advantages of a central inverter with the modularity of the string inverters. Its power stages are designed to be easily replaceable on the field without the need of advanced technical service personnel, providing a safe, reliable and fast Plug&Play assembly system. Following the modular philosophy of the Freemaq series, the unit is composed of 6 FRUs (field replaceable units).
MVSWITCHGEAR
MVTRANSFORMER
DCRECOMBINER
STRING INVERTERCABINETS
REAL TURN-KEY SOLUTION - EASY TO SERVICE
With the PCSM, Power Electronics offers a real turn-key solution, including the MV transformer and switchgear fully assembled and tested at the factory. The PCSM is a compact turn-key solution that will reduce site design, installation and connection costs, and therefore will minimize the LCOE.
By providing full front access the PCSM series simplifies the maintenance tasks, reducing the MTTR (and achieving a lower OPEX). The total access allows a fast swap of the FRUs without the need of qualified technical personnel.
23FREEMAQ PCSM & MULTI PCSM
ACTIVE HEATING
When the unit is not actively exporting/importing power, the inverter can import a small amount of power to keep the inverter internal ambient temperature above -20°C, without using external resistors.
This autonomous heating system is the most efficient and homogeneous way to prevent condensation, increasing the inverters availability and reducing the maintenance. PATENTED
INNOVATIVE COOLING SYSTEM
Based on more than 3 years of experience with our MV Variable Speed Drive, the iCOOL3 system allows to get NEMA 3R degree of protection in an outdoor converter. iCOOL3 delivers a constant stream of clean air to the FRUs, being the most effective way of reaching up to NEMA 3R degree of protection, without having to maintain cumber-
some dust filters or having to use liquid-cooling systems, avoiding the commonly known inconveniences of it (complex maintenance, risk of leaks, higher number of components…), therefore resulting in an OPEX cost reduction and a LCOE improvement.
POWER ELECTRONICS
EASY TO MONITOR
The Freesun app is the easiest way to monitor the status of our inverters. All our inverters come with built-in wifi, allowing remote connectivity to any smart device for detailed updates and information without the need to open cabinet doors.
The app user friendly interface allows quick and easy access to critical information (energy registers, production and events).
AVAILABLE INFORMATION Grid and DC side data.Inverter and Power module data (Vol-tages, currents, power, temperatures, I/O status...).Weather conditions.Alarms and warnings events.Energy registers.Others.
FEATURES Easy Wireless connection.Comprehensive interface.Real time data.Save and copy settings.
LANGUAGE English, Spanish.
SYSTEM REQUIREMENTS iOS or Android devices.
SETTINGS CONTROL Yes
The multilevel IGBT topology is the most efficient approach to manage high DC link voltages and makes the difference in the 1500 Vdc design. Power Electronics has many years of power design in both inverters and MV drives and the
MULTILEVEL TOPOLOGY
Freemaq PCSM design is the result of our experience with 3 level topologies. The 3 level IGBT topology reduces stage losses, increases inverter efficiency and minimizes total harmonic distortion. High efficiency to deliver the lowest LCOE.
TWO-LEVEL INVERTER
TIME (s) TIME (s)
VOLT
AGE
(V)
VOLT
AGE
(V)
THREE-LEVEL INVERTERTWO-LEVEL INVERTER
TIME (s) TIME (s)
VOLT
AGE
(V)
VOLT
AGE
(V)
THREE-LEVEL INVERTER
OTHER INVERTER POWER ELECTRONICS SOLUTION
25
DYNAMIC GRID SUPPORT
Freemaq PCSM firmware includes the latest utility interactive features (LVRT, OVRT, FRS, FRT, Anti-islanding, active and reactive power curtailment…), and can be configured to meet specific utility requirements.
SLOW
FAST
FAST
SLOW
TIME (s)
FREQ
UEN
CY (H
z)
ISLANDING CONDITION
PV array Freesuninverter
R L C Loads
Transformer
POI
Grid
Utilitybreaker
ISLANDING CONDITION
Inverter
R L C Loads
Transformer
POI
Grid
Utilitybreaker
1.2
1.4
1
0.8
0.6
0.4
0.2
0
-1 0 1 2 3 4
BDEWPO12.3 CEI-016PREPA HECO
FULL VOLTAGE RIDE THROUGH COMPATIBILITY
SECONDS
p.u.
VOL
TAGE
PV INVERTER LOAD (%)
FREQUENCY (Hz)50Hz
0 %
50%
100%
52Hz
1.2
1.4
1
0.8
0.6
0.4
0.2
0
-1 0 1 2 3 4
BDEWPO12.3 CEI-016PREPA HECO
FULL VOLTAGE RIDE THROUGH COMPATIBILITY
SECONDS
p.u.
VOL
TAGE
PV INVERTER LOAD (%)
FREQUENCY (Hz)50Hz
0 %
50%
100%
52Hz
Frequency Ride Through (FRT). Freesun solar inverters have flexible frequency
protection settings and can be easily adjusted to comply with future requirements.
Anti-islanding. This protection combines passive and active detection
methods that eliminate nuisance tripping and allow to comply with the IEC
62116 and IEEE 1547 standards.
Frequency Regulation System (FRS). Frequency droop algorithm curtails the
active power along a preset characteristic curve supporting grid stabilization.
Q P V
EXAMPLE: Q(U)1.2
1.1
1
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
1 125 250 375 500 625 750 875 1000-0.1
1.11
1.1
1.105
1.095
1.09
1.085
1.08
1.075
1.07
1.065
1.06
1.055
1.05
1.045
Time (s)
Activ
e an
d Re
activ
e Po
wer
Volta
ge
VOLTAGE STEP 1
VOLTAGE STEP 2
P>0.2Pn(lock in)
P>0.5Pn(lock out)
Q(U)
U
Q(max)
-Q(max)
Qmax(cap)
Qmax(ind)
Q P V
EXAMPLE: Q(U)1.2
1.1
1
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
1 125 250 375 500 625 750 875 1000-0.1
1.11
1.1
1.105
1.095
1.09
1.085
1.08
1.075
1.07
1.065
1.06
1.055
1.05
1.045
Time (s)
Activ
e an
d Re
activ
e Po
wer
Volta
ge
VOLTAGE STEP 1
VOLTAGE STEP 2
P>0.2Pn(lock in)
P>0.5Pn(lock out)
Q(U)
U
Q(max)
-Q(max)Qmax(cap)
Qmax(ind)
Q(V) curve. It is a dynamic voltage control function which provides reactive power in order to maintain the voltage as close as possible to its nominal value.
Low Voltage Ride Through (LVRT or ZVRT). Inverters can withstand any
voltage dip or profile required by the local utility. In this situation, the inverter
can inject current up to the nominal value.
FREEMAQ PCSM & MULTI PCSM
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
POWER ELECTRONICS
ENERGY STORAGE APPLICATIONS
Freemaq PCSM series are able to store energy during periods of low demand from the grid, in order to later supply this energy when there is a higher demand. This has the bene-fit of selling the energy at a higher market price during peak periods. It also allows grid operators to supply electricity with a higher renewable origin. Since PV generation may not be at the same time as peak demand, this facilitates the flexibility and integration of renewable generation into the grid.
The Freemaq PCSM series attenuates the intermittent nature of renewable energy sources, to provide a smoother power output. The Freemaq PCSM controls the ramp rate at which power is injected into the grid, and thus reduces the impact of rapid power fluctuations due to sudden or transient conditions experienced by the PV array. The system monitors the PV inverter output to inject or consume power accordingly to ensure the output remains within the ramp requirements.
LOAD LEVELING
RENEWABLE INTEGRATION
PEAK POWER SHAVING
By delivering stored energy to the grid during periods of high demand, it reduces the burden on the distribution network and increases significantly its efficiency. Energy is stored instead of injected into the grid during periods of low demand, which as a result increases the load on the grid. However, during peak periods this stored energy is then injected into the grid, which reduces the demand at this time. The result is a more flattened demand curve which means the grid can avoid switching on more expensive and polluting generators.
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
1.06
1.08
1.04
1.02
0.98
0.96
0.94
0.92
Voltage at POI
TIME
VO
LTA
GE
Voltage at POI with VRS activated
27
Freemaq PCSM series helps the integration of renewable sources, by helping to maintain grid stability and power quality. It can help support the grid voltage by generating capacitive or inductive current.Other features include Voltage Control, Reactive Power Control and Fault Ride Through Support.
GRID SUPPORT
FREQUENCY REGULATION SYSTEM
Freemaq PCSM provides ability to regulate grid frequency in both directions. When there is a grid overfrequency (generation>demand) inverter power output is curtailed and this energy is stored through charging batteries. When there is a grid under-frequency (generation<demand) inverter power output is increased by discharging the batteries and injecting more power to the grid.
FREEMAQ PCSM & MULTI PCSM
POWER ELECTRONICS
BATTERY ENERGY STORAGE SYSTEM
A BESS comprises a battery container connected to a Freemaq PCSM (Power Conversion System) that follows the instruction of the main governor of the plant, the PPC (Power Plant Controller) or SCADA.
EXAMPLE 1
Power connections
Plant communications
Grid controller communication
29
EXAMPLE 2
Power connections
Plant communications
Grid controller communication
FREEMAQ PCSM & MULTI PCSM
POWER ELECTRONICS
TECHNICAL CHARACTERISTICS FREEMAQ PCSM
REFERENCE FP3510MAC AC Output Power(kVA/kW) @50°C [1] 3510
AC Output Power(kVA/kW) @40°C [1] 3630Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustable Reactive power compensation Four quadrant operation
DC DC Voltage Range [3] 934V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Battery connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.80% including MV transformerCEC (η) [4] 97.51% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
31
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
TECHNICAL CHARACTERISTICS FREEMAQ PCSM
REFERENCE FP3430MAC AC Output Power(kVA/kW) @50°C [1] 3430
AC Output Power(kVA/kW) @40°C [1] 3550Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustableReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 913V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Battery connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.76% including MV transformerCEC (η) [4] 97.50% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
FREEMAQ PCSM & MULTI PCSM
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
POWER ELECTRONICS
TECHNICAL CHARACTERISTICS FREEMAQ PCSM
REFERENCE FP3350MAC AC Output Power(kVA/kW) @50°C [1] 3350
AC Output Power(kVA/kW) @40°C [1] 3465Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustableReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 891V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Battery connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.75% including MV transformerCEC (η) [4] 97.48% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
33
TECHNICAL CHARACTERISTICS FREEMAQ PCSM
REFERENCE FP3270MAC AC Output Power(kVA/kW) @50°C [1] 3270
AC Output Power(kVA/kW) @40°C [1] 3380Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustableReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 870V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Battery connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.71% including MV transformerCEC (η) [4] 97.47% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
FREEMAQ PCSM & MULTI PCSM
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
POWER ELECTRONICS
TECHNICAL CHARACTERISTICS FREEMAQ PCSM
REFERENCE FP3190MAC AC Output Power(kVA/kW) @50°C [1] 3190
AC Output Power(kVA/kW) @40°C [1] 3300Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustable Reactive power compensation Four quadrant operation
DC DC Voltage Range [3] 849V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Battery connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.68% including MV transformerCEC (η) [4] 97.47% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
35FREEMAQ PCSM & MULTI PCSM
FRONT VIEW
BACK VIEW
POWER ELECTRONICS
MULTI BATTERY ENERGY STORAGE SYSTEM
The Freemaq MULTI PCSM can support two or three independent battery systems. A BESS comprises a battery containers connected to a Freemaq MULTI PCSM (Power Conversion System) that follows the instruction of the main governor of the plant, the PPC (Power Plant Controller) or SCADA.
Power connections
Plant communications
Grid controller communication
EXAMPLE 1
37
Power connections
Plant communications
Grid controller communication
EXAMPLE 2
FREEMAQ PCSM & MULTI PCSM
POWER ELECTRONICS
REFERENCE FP3510M 2 FP3510M3AC AC Output Power(kVA/kW) @50°C [1] 3510
AC Output Power(kVA/kW) @40°C [1] 3630Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustableReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 934V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Number of separate DC inputs 2 3
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.80% including MV transformerCEC (η) [4] 97.51% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSM
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
39
REFERENCE FP3430M 2 FP3430M 3AC AC Output Power(kVA/kW) @50°C [1] 3430
AC Output Power(kVA/kW) @40°C [1] 3550Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustableReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 913V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Number of separate DC inputs 2 3
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.76% including MV transformerCEC (η) [4] 97.50% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSM
FREEMAQ PCSM & MULTI PCSM
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
POWER ELECTRONICS
REFERENCE FP3350M 2 FP3350M 3AC AC Output Power(kVA/kW) @50°C [1] 3350
AC Output Power(kVA/kW) @40°C [1] 3465Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustableReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 891V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Number of separate DC inputs 2 3
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.75% including MV transformerCEC (η) [4] 97.48% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSM
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
41
REFERENCE FP3270M2 FP3270M3AC AC Output Power(kVA/kW) @50°C [1] 3270
AC Output Power(kVA/kW) @40°C [1] 3380Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustableReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 870V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Number of separate DC inputs 2 3
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.71% including MV transformerCEC (η) [4] 97.47% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSM
FREEMAQ PCSM & MULTI PCSM
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
POWER ELECTRONICS
REFERENCE FP3190M 2 FP3190M 3AC AC Output Power(kVA/kW) @50°C [1] 3190
AC Output Power(kVA/kW) @40°C [1] 3300Operating Grid Voltage(VAC) 34.5kV ±10%Operating Grid Frequency(Hz) 60HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading … 0.5 lagging adjustableReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 849V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 3970Max. DC shortcircuit current (A) 180kA / 5msBattery technology All type of batteries (BMS required)Number of separate DC inputs 2 3
EFFICIENCY & AUXILIARY SUPPLY Max. Efficiency PAC, nom (η) [4] 97.68% including MV transformerCEC (η) [4] 97.47% including MV transformerMax. Power Consumption (KVA) 20
CABINET Dimensions [WxDxH] (ft) 21.7 x 7 x 7Dimensions [WxDxH] (m) 6.6 x 2.2 x 2.2Weight (lb) 30865Weight (kg) 14000Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3RPermissible Ambient Temperature -35°C to +60°C / >50°C Active Power deratingRelative Humidity 4% to 100% non condensingMax. Altitude (above sea level) [5] 2000mNoise level [6] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPlant Controller Communication OptionalKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Isolation monitoring device General AC Protection MV Switchgear (configurable)General DC Protection DC switch [7]
Overvoltage Protection AC, DC Inverter and auxiliary supply type 2CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16
Compliance NEC 2017Utility interconnect UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSM
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Consult Power Electronics for altitudes above 1000m.[6] Readings taken 1 meter from the back of the unit.[7] Battery short circuit disconnection has to be done on the battery side.
43FREEMAQ PCSM & MULTI PCSM
FRONT VIEW
BACK VIEW
POWER ELECTRONICS
POWER CONVERSION SYSTEM
ICOOL 3
4 QUADRANT
3 LEVEL TOPOLOGY
FIELD REPLACEABLE UNITSFRU
MODULAR DESIGN
NEMA 3R / IP55
UP TO 3 INDEPENDENT BESS INPUTS
45
FREEMAQ PCSKFREEMAQ MULTI PCSK
PROVEN HARDWARE AND ROBUST OUTDOOR DESIGN FEATURED WITH THE LATEST CONTROL
UTILITY SCALE BATTERY INVERTER
The Freemaq PCSK is a modular solution from 1700 kW to 3800 kW with configurable DC and AC voltages making it compatible with all battery technology and manufacturers. Power Electronics is a proven partner in the solar and energy storage market. The PCSK has been designed to be the lowest LCOE solution in the market for storage applications.
The Power Electronics Freemaq PCSK offers proven hard-ware to meet storage and grid support challenges.The energy production industry is embracing renewable energy sources. However, high penetration creates power transmission instability challenges, thus Grid Operators require stringent dynamic and static grid support features for solar inverters and Power Conversion Systems (PCS).
The MULTI PCSK can support two or three independent battery systems and optimize the storage facility.
The converters can perform grid support functions such as: Peak Shaving, Ramp Rate Control, Frequency Regulation, Load Leveling and Voltage Regulation, controlled by a Power Plant Controller or SCADA. The converters stations are turn-key solutions ready for connection to the battery container and MV power distribution wiring. Units are designed for concrete pads or piers, open skids or integrated into full container solutions.
AUXILIARYPANEL
STRING INVERTERCABINETS
DCCABINET
POWER ELECTRONICS
COMPACT DESIGN - EASY TO SERVICE
By providing full front access the Freemaq PCSK series simplifies the maintenance tasks, reducing the MTTR (and achieving a lower OPEX). The total access allows a fast swap of the FRUs without the need of qualified technical personnel.
With the Freemaq PCSK, Power Electronics offers its most compact solution, achieving 3.8MW in just 12ft long, reducing installation costs and labor time, and therefore will minimize the LCOE.
STRING CONCEPT POWER STAGES
The Freemaq PCSK combines the advantages of a central inverter with the modularity of the string inverters. Its power stages are designed to be easily replaceable on the field without the need of advanced technical service personnel, providing a safe, reliable and fast Plug&Play assembly system. Following the modular philosophy of the Freemaq series, the unit is composed of 6 FRUs (field replaceable units).
47FREEMAQ PCSK & MULTI PCSK
INNOVATIVE COOLING SYSTEM
ACTIVE HEATING
When the unit is not actively exporting/importing power, the inverter can import a small amount of power to keep the inverter internal ambient temperature above -20°C, without using external resistors.
This autonomous heating system is the most efficient and homogeneous way to prevent condensation, increasing the inverters availability and reducing the maintenance. PATENTED
Based on more than 3 years of experience with our MV Variable Speed Drive, the iCOOL3 system allows to get IP55 degree of protection in an outdoor converter. iCOOL3 delivers a constant stream of clean air to the FRUs, being the most effective way of reaching up to IP55 degree of protection,
without having to maintain cumbersome dust filters or having to use liquid-cooling systems, avoiding the commonly known inconveniences of it (complex maintenance, risk of leaks, higher number of components…), therefore resulting in an OPEX cost reduction and a LCOE improvement.
TWO-LEVEL INVERTER
TIME (s) TIME (s)
VOLT
AGE
(V)
VOLT
AGE
(V)
THREE-LEVEL INVERTERTWO-LEVEL INVERTER
TIME (s) TIME (s)
VOLT
AGE
(V)
VOLT
AGE
(V)
THREE-LEVEL INVERTER
POWER ELECTRONICS
EASY TO MONITOR
The Freesun app is the easiest way to monitor the status of our inverters. All our inverters come with built-in wifi, allowing remote connectivity to any smart device for detailed updates and information without the need to open cabinet doors.
The app user friendly interface allows quick and easy access to critical information (energy registers, production and events).
AVAILABLE INFORMATION Grid and DC side data.Inverter and Power module data (Vol-tages, currents, power, temperatures, I/O status...).Weather conditions.Alarms and warnings events.Energy registers.Others.
FEATURES Easy Wireless connection.Comprehensive interface.Real time data.Save and copy settings.
LANGUAGE English, Spanish.
SYSTEM REQUIREMENTS iOS or Android devices.
SETTINGS CONTROL Yes
The multilevel IGBT topology is the most efficient approach to manage high DC link voltages and makes the difference in the 1500 Vdc design. Power Electronics has many years of power design in both inverters and MV drives and the
MULTILEVEL TOPOLOGY
Freemaq PCSK design is the result of our experience with 3 level topologies. The 3 level IGBT topology reduces stage losses, increases inverter efficiency and minimizes total harmonic distortion. High efficiency to deliver the lowest LCOE.
OTHER INVERTER POWER ELECTRONICS SOLUTION
SLOW
FAST
FAST
SLOW
TIME (s)
FREQ
UEN
CY (H
z)
ISLANDING CONDITION
PV array Freesuninverter
R L C Loads
Transformer
POI
Grid
Utilitybreaker
ISLANDING CONDITION
Inverter
R L C Loads
Transformer
POI
Grid
Utilitybreaker
1.2
1.4
1
0.8
0.6
0.4
0.2
0
-1 0 1 2 3 4
BDEWPO12.3 CEI-016PREPA HECO
FULL VOLTAGE RIDE THROUGH COMPATIBILITY
SECONDS
p.u.
VOL
TAGE
PV INVERTER LOAD (%)
FREQUENCY (Hz)50Hz
0 %
50%
100%
52Hz
1.2
1.4
1
0.8
0.6
0.4
0.2
0
-1 0 1 2 3 4
BDEWPO12.3 CEI-016PREPA HECO
FULL VOLTAGE RIDE THROUGH COMPATIBILITY
SECONDS
p.u.
VOL
TAGE
PV INVERTER LOAD (%)
FREQUENCY (Hz)50Hz
0 %
50%
100%
52Hz
Q P V
EXAMPLE: Q(U)1.2
1.1
1
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
1 125 250 375 500 625 750 875 1000-0.1
1.11
1.1
1.105
1.095
1.09
1.085
1.08
1.075
1.07
1.065
1.06
1.055
1.05
1.045
Time (s)
Activ
e an
d Re
activ
e Po
wer
Volta
ge
VOLTAGE STEP 1
VOLTAGE STEP 2
P>0.2Pn(lock in)
P>0.5Pn(lock out)
Q(U)
U
Q(max)
-Q(max)
Qmax(cap)
Qmax(ind)
Q P V
EXAMPLE: Q(U)1.2
1.1
1
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
1 125 250 375 500 625 750 875 1000-0.1
1.11
1.1
1.105
1.095
1.09
1.085
1.08
1.075
1.07
1.065
1.06
1.055
1.05
1.045
Time (s)
Activ
e an
d Re
activ
e Po
wer
Volta
ge
VOLTAGE STEP 1
VOLTAGE STEP 2
P>0.2Pn(lock in)
P>0.5Pn(lock out)
Q(U)
U
Q(max)
-Q(max)Qmax(cap)
Qmax(ind)
49
DYNAMIC GRID SUPPORT
Freemaq PCSK firmware includes the latest utility interactive features (LVRT, OVRT, FRS, FRT, Anti-islanding, active and reactive power curtailment…), and can be configured to meet specific utility requirements.
Frequency Ride Through (FRT). Freesun solar inverters have flexible frequency
protection settings and can be easily adjusted to comply with future requirements.
Anti-islanding. This protection combines passive and active detection
methods that eliminate nuisance tripping and allow to comply with the IEC
62116 and IEEE 1547 standards.
Frequency Regulation System (FRS). Frequency droop algorithm curtails the
active power along a preset characteristic curve supporting grid stabilization.
Q(V) curve. It is a dynamic voltage control function which provides reactive power in order to maintain the voltage as close as possible to its nominal value.
Low Voltage Ride Through (LVRT or ZVRT). Inverters can withstand any
voltage dip or profile required by the local utility. In this situation, the inverter
can inject current up to the nominal value.
FREEMAQ PCSK & MULTI PCSK
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
ENERGY STORAGE APPLICATIONS
Freemaq PCSK series are able to store energy during periods of low demand from the grid, in order to later supply this energy when there is a higher demand. This has the benefit of selling the energy at a higher market price during peak periods. It also allows grid operators to supply electricity with a higher renewable origin. Since PV generation may not be at the same time as peak demand, this facilitates the flexibility and integration of renewable generation into the grid.
The Freemaq PCSK series attenuates the intermittent nature of renewable energy sources, to provide a smoother power output. The Freemaq PCSK controls the ramp rate at which power is injected into the grid, and thus reduces the impact of rapid power fluctuations due to sudden or transient conditions experienced by the PV array. The system monitors the PV inverter output to inject or consume power accordingly to ensure the output remains within the ramp requirements.
LOAD LEVELING
RENEWABLE INTEGRATION
PEAK POWER SHAVING
By delivering stored energy to the grid during periods of high demand, it reduces the burden on the distribution network and increases significantly its efficiency. Energy is stored instead of injected into the grid during periods of low demand, which as a result increases the load on the grid. However, during peak periods this stored energy is then injected into the grid, which reduces the demand at this time. The result is a more flattened demand curve which means the grid can avoid switching on more expensive and polluting generators.
POWER ELECTRONICS
PO
WE
R
TIME
STORAGE BATTERY SYSTEM
System load Storage battery system
Peak hours
Discharging
Charging Charging
2000
1800
1600
1400
1200
1000
800
600
400
200
0
-200
-400
-600
-800
kW
Solar Production (kW)Active Power at POI (kW)
Battery Discharge (kWh)Battery Charge (kWh)
TIME
OU
TP
UT
TIMEPV inverter production Utility curtailment
Charging
Charging
P(k
W)
TIMECharging PV power available Inverter power limit
f(H
z)
50.02
50.04
50.00
49.98
TIMECharging Discharging Grid load
OU
TP
UT
TIMECompany Load
Discharging
ChargingCharging
Maximum powercontracted by the customer
1.06
1.08
1.04
1.02
0.98
0.96
0.94
0.92
Voltage at POI
TIME
VO
LTA
GE
Voltage at POI with VRS activated
51
Freemaq PCSK series helps the integration of renewable sources, by helping to maintain grid stability and power quality. It can help support the grid voltage by generating capacitive or inductive current.Other features include Voltage Control, Reactive Power Control and Fault Ride Through Support.
GRID SUPPORT
FREQUENCY REGULATION SYSTEM
Freemaq PCSK provides ability to regulate grid frequency in both directions. When there is a grid overfrequency (generation>demand) inverter power output is curtailed and this energy is stored through charging batteries. When there is a grid under-frequency (generation<demand) inverter power output is increased by discharging the batteries and injecting more power to the grid.
FREEMAQ PCSK & MULTI PCSK
POWER ELECTRONICS
BATTERY ENERGY STORAGE SYSTEM
A BESS comprises a battery container connected to a Freemaq PCSK (Power Conversion System) that follows the instruction of the main governor of the plant, the PPC (Power Plant Controller) or SCADA.
EXAMPLE 1
Power connections
Plant communications
Grid controller communication
53
EXAMPLE 2
Power connections
Plant communications
Grid controller communication
FREEMAQ PCSK & MULTI PCSK
POWER ELECTRONICS
TECHNICAL CHARACTERISTICS FREEMAQ PCSK 690V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2445K FP3670KAC AC Output Power (kVA/kW) @50°C [1] 2445 3670
AC Output Power (kVA/kW) @40°C [1] 2530 3800Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3179Operating Grid Voltage (VAC) 690V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 976V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC short circuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Battery Connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.87% 98.93%Euroeta (η) [4] 98.48% 98.65%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
55
TECHNICAL CHARACTERISTICS FREEMAQ PCSK 660V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2340K FP3510KAC AC Output Power (kVA/kW) @50°C[1] 2340 3510
AC Output Power (kVA/kW) @40°C[1] 2420 3630Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3175Operating Grid Voltage (VAC) 660V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi)[2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 934V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC short circuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Battery Connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.84% 98.90%Euroeta (η) [4] 98.48% 98.65%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
FREEMAQ PCSK & MULTI PCSK
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
POWER ELECTRONICS
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2285K FP3430KAC AC Output Power (kVA/kW) @50°C [1] 2285 3430
AC Output Power (kVA/kW) @40°C [1] 2365 3550Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3178Operating Grid Voltage (VAC) 645V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 913V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC short circuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Battery Connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.81% 98.87%Euroeta (η) [4] 98.43% 98.60%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ PCSK 645V
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
57
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2235K FP3350KAC AC Output Power (kVA/kW) @50°C[1] 2235 3350
AC Output Power (kVA/kW) @40°C[1] 2310 3465Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3175Operating Grid Voltage (VAC) 630V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi)[2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 891V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC short circuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Battery Connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.79% 98.85%Euroeta (η) [4] 98.42% 98.59%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ PCSK 630V
FREEMAQ PCSK & MULTI PCSK
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
POWER ELECTRONICS
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2180K FP3270KAC AC Output Power (kVA/kW) @50°C [1] 2180 3270
AC Output Power (kVA/kW) @40°C [1] 2255 3380Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3173Operating Grid Voltage (VAC) 615V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 870V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC short circuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Battery Connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.79% 98.84%Euroeta (η) [4] 98.41% 98.57%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ PCSK 615V
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
59
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2125K FP3190KAC AC Output Power (kVA/kW) @50°C [1] 2125 3190
AC Output Power (kVA/kW) @40°C [1] 2200 3300Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3175Operating Grid Voltage (VAC) 600V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 849V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC short circuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Battery Connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.78% 98.84%Euroeta (η) [4] 98.39% 98.56%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ PCSK 600V
FREEMAQ PCSK & MULTI PCSK
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
POWER ELECTRONICS
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP1875K FP2820KAC AC Output Power (kVA/kW) @50°C [1] 1875 2820
AC Output Power (kVA/kW) @40°C [1] 1940 2915Max. AC Output Current (A) @50°C 2045 3070Max. AC Output Current (A) @40°C 2113 3175Operating Grid Voltage (VAC) 530V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 750V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC short circuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Battery Connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.78% (preliminary) 98.84% (preliminary)Euroeta (η) [4] 98.39% (preliminary) 98.56% (preliminary)Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ PCSK 530V
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
61
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP1770K FP2660KAC AC Output Power (kVA/kW) @50°C [1] 1770 2660
AC Output Power (kVA/kW) @40°C [1] 1830 2750Max. AC Output Current (A) @50°C 2045 3070Max. AC Output Current (A) @40°C 2113 3175Operating Grid Voltage (VAC) 500V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 708V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC short circuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Battery Connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.78% (preliminary) 98.84% (preliminary)Euroeta (η) [4] 98.39% (preliminary) 98.56% (preliminary)Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ PCSK 500V
FREEMAQ PCSK & MULTI PCSK
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
POWER ELECTRONICS
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP1700K FP2550KAC AC Output Power (kVA/kW) @50°C [1] 1700 2550
AC Output Power (kVA/kW) @40°C [1] 1760 2640Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3175Operating Grid Voltage (VAC) 480V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 679V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC short circuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Battery Connections Up to 64 positive and 64 negative connections (2 cables per terminal)
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.78% (preliminary) 98.84% (preliminary)Euroeta (η) [4] 98.39% (preliminary) 98.56% (preliminary)Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
TECHNICAL CHARACTERISTICS FREEMAQ PCSK 480V
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
63
FRONT VIEW
BACK VIEW
FREEMAQ PCSK & MULTI PCSK
POWER ELECTRONICS
MULTI BATTERY ENERGY STORAGE SYSTEM
The Freemaq MULTI PCSK can support two or three independent battery systems. A BESS comprises a battery containers connected to a Freemaq MULTI PCSK (Power Conversion System) that follows the instruction of the main governor of the plant, the PPC (Power Plant Controller) or SCADA.
Power connections
Plant communications
Grid controller communication
EXAMPLE 1
65
Power connections
Plant communications
Grid controller communication
EXAMPLE 2
FREEMAQ PCSK & MULTI PCSK
POWER ELECTRONICS
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSK 690V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2445K2 FP3670K2 FP3670K3AC AC Output Power (kVA/kW) @50°C [1] 2445 3670
AC Output Power (kVA/kW) @40°C [1] 2530 3800Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3179Operating Grid Voltage (VAC) 690V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 976V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC shortcircuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Number of separate DC inputs 2 2 3
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.87% 98.93%Euroeta (η) [4] 98.48% 98.65%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
67
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSK 660V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2340K2 FP3510K2 FP3510K3AC AC Output Power (kVA/kW) @50°C [1] 2340 3510
AC Output Power (kVA/kW) @40°C [1] 2420 3630Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3175Operating Grid Voltage (VAC) 660V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 934V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC shortcircuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Number of separate DC inputs 2 2 3
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.84% 98.90%Euroeta (η) [4] 98.48% 98.65%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
FREEMAQ PCSK & MULTI PCSK
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
POWER ELECTRONICS
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSK 645V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2285K2 FP3430K2 FP3430K3AC AC Output Power (kVA/kW) @50°C [1] 2285 3430
AC Output Power (kVA/kW) @40°C [1] 2365 3550Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3178Operating Grid Voltage (VAC) 645V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 913V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC shortcircuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Number of separate DC inputs 2 2 3
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.81% 98.87%Euroeta (η) [4] 98.43% 98.60%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
69
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSK 630V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2235K2 FP3350K2 FP3350K3AC AC Output Power (kVA/kW) @50°C [1] 2235 3350
AC Output Power (kVA/kW) @40°C [1] 2310 3465Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3175Operating Grid Voltage (VAC) 630V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 891V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC shortcircuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Number of separate DC inputs 2 2 3
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.79% 98.85%Euroeta (η) [4] 98.42% 98.59%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
FREEMAQ PCSK & MULTI PCSK
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
POWER ELECTRONICS
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSK 615V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2180K2 FP3270K2 FP3270K3AC AC Output Power (kVA/kW) @50°C [1] 2180 3270
AC Output Power (kVA/kW) @40°C [1] 2255 3380Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3173Operating Grid Voltage (VAC) 615V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 870V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC shortcircuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Number of separate DC inputs 2 2 3
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.79% 98.84%Euroeta (η) [4] 98.41% 98.57%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
71
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSK 600V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP2125K2 FP3190K2 FP3190K3AC AC Output Power (kVA/kW) @50°C [1] 2125 3190
AC Output Power (kVA/kW) @40°C [1] 2200 3300Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3175Operating Grid Voltage (VAC) 600V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range 849V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC shortcircuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Number of separate DC inputs 2 2 3
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.78% 98.84%Euroeta (η) [4] 98.56% 98.39%Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
FREEMAQ PCSK & MULTI PCSK
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
POWER ELECTRONICS
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSK 530V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP1875K2 FP2820K2 FP2820K3AC AC Output Power (kVA/kW) @50°C [1] 1875 2820
AC Output Power (kVA/kW) @40°C [1] 1940 2915Max. AC Output Current (A) @50°C 2045 3070Max. AC Output Current (A) @40°C 2113 3175Operating Grid Voltage (VAC) 530V ±10% [3]
Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 750V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC shortcircuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Number of separate DC inputs 2 2 3
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.78% (preliminary) 98.84% (preliminary)Euroeta (η) [4] 98.39% (preliminary) 98.56% (preliminary)Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
73
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSK 500V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP1770K2 FP2660K2 FP2660K3AC AC Output Power (kVA/kW) @50°C [1] 1770 2660
AC Output Power (kVA/kW) @40°C [1] 1830 2750Max. AC Output Current (A) @50°C 2045 3070Max. AC Output Current (A) @40°C 2113 3175Operating Grid Voltage (VAC) 500V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 708V-1500VMaximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC shortcircuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Number of separate DC inputs 2 2 3
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.78% (preliminary) 98.84% (preliminary)Euroeta (η) [4] 98.39% (preliminary) 98.56% (preliminary)Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
FREEMAQ PCSK & MULTI PCSK
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
POWER ELECTRONICS
TECHNICAL CHARACTERISTICS FREEMAQ MULTI PCSK 480V
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FP1700K2 FP2550K2 FP2550K3AC AC Output Power (kVA/kW) @50°C [1] 1700 2550
AC Output Power (kVA/kW) @40°C [1] 1760 2640Max. AC Output Current (A) @50°C 2047 3070Max. AC Output Current (A) @40°C 2117 3175Operating Grid Voltage (VAC) 480V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519Power Factor (cosine phi) [2] 0.5 leading…0.5 laggingReactive power compensation Four quadrant operation
DC DC Voltage Range [3] 679V-1500V (optional)Maximum DC voltage 1500VDC Voltage Ripple < 3%Max. DC continuous current (A) 2646 3969Max. DC shortcircuit current (A) 180kA / 5msBattery Technology All type of batteries (BMS required)Number of separate DC inputs 2 2 3
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) [4] 98.78% (preliminary) 98.84% (preliminary)Euroeta (η) [4] 98.39% (preliminary) 98.56% (preliminary)Max. Power Consumption (kVA) 8 10
CABINET Dimensions [WxDxH] (ft) 12 x 7 x 7Dimensions [WxDxH] (m) 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIROMENT Degree of protection NEMA 3R / IP55Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% non condensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [5] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerGeneral DC Protection & Disconn. DC switch [6]
Overvoltage Protection AC and DC protection (type 2)CERTIFICATIONS Safety UL1741, CSA 22.2 No.107.1-16, IEC62109-1, IEC62109-2
Utility interconnect [7] UL 1741 SA - Feb. 2018, IEEE 1547.1-2005
[1] Values at 1.00•Vac nom and cos Ф= 1.Consult Power Electronics for derating curves.[2] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2).
[3] Consult Power Electronics for derating curves.[4] Consult Power Electronics for the extended DC voltage range option efficiency data.
[5] Readings taken 1 meter from the back of the unit.[6] Battery short circuit disconnection has to be done on the battery side.[7] Consult Power Electronics for other applicable standards / grid codes.
75
FRONT VIEW
BACK VIEW
FREEMAQ PCSK & MULTI PCSK
POWER ELECTRONICS
3 LEVEL TOPOLOGY
77
FREEMAQ STATCOM
TAKING ADVANTAGE OF THE MOST FLEXIBLE 1500V INVERTER PLATFORM
UTILITY SCALE STATIC COMPENSATOR
Freemaq STATCOM is a high power, utility scale, modular static compensator. It is ideal for dynamic reactive response, VAR support and grid voltage stabilization in either industrial locations or distributed generators such as renewable energy plants. Its modular design and redundant topology make it the perfect solution for the most demanding installations. As an outdoor solution, it doesn’t need to be installed in a technical room and neither does it need additional cooling thanks to its revolutionary iCOOL 3 system. It is available in 2 different frames ranging from 2300 kVAr to 3290 kVAr.The Freemaq STATCOM has been designed to be the lowest LCOE solution in the market.
ICOOL 3
MODULAR DESIGN
FIELD REPLACEABLE UNITSFRU
NEMA 3R / IP54
POWER ELECTRONICS
COMPACT DESIGN - EASY TO SERVICE
By providing full front access the Freemaq STATCOM series simplifies the maintenance tasks, reducing the MTTR (and achieving a lower OPEX). The total access allows a fast swap of the FRUs without the need of qualified technical personnel.
With the Freemaq Statcom, Power Electronics offers its most compact solution, achieving 3290 kVAr in just 12 ft long, reducing installation costs and labor time.
STRING CONCEPT POWER STAGES
The Freemaq STATCOM combines the advantages of a central inverter with the modularity of the string inverters. Its power stages are designed to be easily replaceable on the field without the need of advanced technical service personnel, providing a safe, reliable and fast Plug&Play assembly system.
AUXILIARYPANEL
POWERSTAGES
79FREEMAQ STATCOM
INNOVATIVE COOLING SYSTEM
ACTIVE HEATING
When the unit is not actively exporting power, the Freemaq STATCOM can import a small amount of power to keep the inverter internal ambient temperature above -20°C, without using external resistors.
This autonomous heating system is the most efficient and homogeneous way to prevent condensation, increasing the inverters availability and reducing the maintenance. PATENTED
Based on more than 3 years of experience with our MV Variable Speed Drive, the iCOOL3 system allows to get IP54 degree of protection in an outdoor converter. iCOOL3 delivers a constant stream of clean air to the FRUs, being the most effective way of reaching up to IP54 degree of protection,
without having to maintain cumbersome dust filters or having to use liquid-cooling systems, avoiding the commonly known inconveniences of it (complex maintenance, risk of leaks, higher number of components…), therefore resulting in an OPEX cost reduction.
TWO-LEVEL INVERTER
TIME (s) TIME (s)
VOLT
AGE
(V)
VOLT
AGE
(V)
THREE-LEVEL INVERTERTWO-LEVEL INVERTER
TIME (s) TIME (s)
VOLT
AGE
(V)
VOLT
AGE
(V)
THREE-LEVEL INVERTER
POWER ELECTRONICS
EASY TO MONITOR
The Freesun app is the easiest way to monitor the status of the Freemaq STATCOM. All our Freemaq STATCOM come with built-in wifi, allowing remote connectivity to any smart device for detailed updates and information without the need to open cabinet doors.
The app user friendly interface allows quick and easy access to critical information (energy registers, production and events).
AVAILABLE INFORMATION Grid data.Statcom and power module data (Vol-tages, currents, power, temperatures, I/O status...).Weather conditions.Alarms and warnings events.Energy registers.Others.
FEATURES Easy Wireless connection.Comprehensive interface.Real time data.Save and copy settings.
LANGUAGE English, Spanish.
SYSTEM REQUIREMENTS iOS or Android devices.
SETTINGS CONTROL Yes
The multilevel IGBT topology is the most efficient approach to manage high DC link voltages and makes the difference in the 1500 Vdc design. Power Electronics has many years of power design in both inverters and MV drives and the
MULTILEVEL TOPOLOGY
Freemaq Statcom design is the result of our experience with 3 level topologies. The 3 level IGBT topology reduces stage losses, increases inverter efficiency and minimizes total harmonic distortion.
OTHER INVERTER POWER ELECTRONICS SOLUTION
81
[1] Values at 1.00•Vac nom and cos Ф= 1. Consult Power Electronics for derating curves.[2] Sound pressure level at a distance of 1m from the rear part.
FRAME 1 FRAME 2NUMBER OF MODULES 4 6REFERENCES FT2300 FT3290AC AC Output Power (kVA/kW) @50°C [1] 2300 3290
Max. AC Output Current (A)@50°C 1925 2750Operating Grid Voltage (VAC) 690V ±10%Operating Grid Frequency (Hz) 50/60 HzCurrent Harmonic Distortion (THDi) < 3% per IEEE519
EFFICIENCY & AUX. SUPPLY Efficiency (Max) (η) 98.8%Max. Standby Consumption < approx. 50W/per module
CABINET Dimensions [WxDxH] (ft) 9 x 7 x 7 12 x 7 x 7Dimensions [WxDxH] (m) 2.7 x 2.2 x 2.2 3.7 x 2.2 x 2.2Weight (lbs) 12125 12677Weight (kg) 5500 5750Type of ventilation Forced air cooling
ENVIRONMENT Degree of protection NEMA 3R - IP54Permissible Ambient Temperature -35°C to +60°C, >50°C / Active Power derating (>50°C)Relative Humidity 4% to 100% CondensingMax. Altitude (above sea level) 2000m / >2000m power derating (Max. 4000m)Noise level [2] < 79 dBA
CONTROL INTERFACE Communication protocol Modbus TCPPower Plant Controller Optional. Third party SCADA systems supportedKeyed ON/OFF switch Standard
PROTECTIONS Ground Fault Protection Insulation monitoring deviceHumidity control Active HeatingGeneral AC Protection & Disconn. Circuit BreakerOvervoltage Protection Type 2
FREEMAQ STATCOM
TECHNICAL CHARACTERISTICS FREEMAQ STATCOM 690V
POWER ELECTRONICS
83
SIMPLIFY YOUR COMMISSIONINGWITH THE MOST COMPETITIVESOLUTION INTEGRATED WITH ALLTHE MEDIUM VOLTAGE EQUIPMENT
The MV Skid is a compact turnkey outdoor platform made from high resistance galvanized steel with all the medium voltage equipment integrated, including an outdoor power transformer, MV switchgear, oil tank, filter and built in fast power connection to any PCSK. With between 480V - 690V in the low voltage range and 12 kV to 36 kV in the high voltage range, this compact platform achieves power outputs between 1700 kVA and 3800 kVA.
This compact solution also allows the installation of a low voltage cabinet that is fully configurable to the customer needs as well as different types of cells and even an enclo-sure fence among other options. The MV SKID simplifies the project design of the storage plant, reducing installation costs and the amount of resources needed. The benefits of the MV Skid and the fact that it is also easier to transport and deliver into remote sites makes it the optimal solution for EPC`s (engineering, procurement and construction).
TURN-KEY SOLUTION
EASY TO INSTALL
HIGH RELIABILITY
OUTDOOR DURABILITY
MV SKIDUTILITY SCALE STORAGE STATION
POWER ELECTRONICS
Auxiliary serviceselectrical panel
Aux. Transformer
To inverter
Userequipment
MV SWITCHGEAR
I>I>>
MV TRANSFORMERDy11
AUX. SERVICESELECTRICAL PANEL
MV CABINET
LV LARGECABINET
LV COMPACTCABINET
MODEL NUMBERS AND OPERATIONAL DIAGRAM
SECTION
REFERENCE RATED POWER @50°C (kVA)
MVS1700[ ] 1700MVS1765[ ] 1765MVS1770[ ] 1770MVS2125[ ] 2125 MVS2180[ ] 2180MVS2235[ ] 2235 MVS2285[ ] 2285MVS2340[ ] 2340MVS2445[ ] 2445MVS2550[ ] 2550MVS2660[ ] 2660MVS2820[ ] 2820MVS3190[ ] 3190MVS3270[ ] 3270MVS3350[ ] 3350MVS3430[ ] 3430MVS3510[ ] 3510MVS3670[ ] 3670
For customized solutions, contact Power Electronics.
85MV SKID
TECHNICAL CHARACTERISTICS MV SKID
[1] Depending on customer configuration.[2] For lower temperatures, consult Power Electronics.[3] 2515 mm high with the cover for the LV terminals.
MEDIUM VOLTAGEEQUIPMENT
Rated power range @50°C 1700 kVA - 3670 kVARated power range @40°C 1760 kVA - 3800 kVAMV voltage range 6.6 kV / 11 kV / 13.2 kV / 15 kV / 20 kV / 22 kV / 23 kV / 25 kV / 30 kV / 33 kV / 34.5 kVLV voltage range 480 V / 500 V / 530 V / 600 V / 615 V / 630 V / 645 V / 660 V / 690 VType of tank Hermetically oil-sealedCooling ONANVector group Dy11Transformer protection Protection relay for pressure, temperature (two levels) and gassing.
Monitoring of dielectric level decrease. PT100 optional.Oil retention tank Integrated with hydrocarbon filterTransformer index of protection IP54Switchgear configuration Double feeder (2L)Switchgear protection [1] Automatic circuit breaker (V)
CONNECTIONS Inverter AC connection Close coupled solution (Plug & Play)LV protection Circuit breaker included in the inverterHV AC wiring MV bridge between transformer and protection switchgear prewired
ENVIRONMENT Ambient temperature [2] -10°C…+50°C (T>50°C power derating)Max. altitude (above sea level) CustomizableRelative humidity 4% to 95% Non condensing
MECHANICALCHARACTERISTICS
Skid dimensions (WxHxD) mm [3] 5780 x 2340 x 2240Skid weight with MV equipment [1] < 11 TnOil retention tank material Galvanized steelSkid material Galvanized steelCabinet type OutdoorAnti-rodent protection
AUXILIARY SERVICES ELECTRICAL PANEL
Auxiliary supply [1] 3 x 400 V, 50/60 HzUser power supply available 5 kVA / 20 kVA / 40 kVACabinet type OutdoorCooling AirAuxiliary supply protectionCommunication [4] Ethernet (fiber optic or RJ45)UPS system [5] 1 kW (30 minutes) - 20 kW (20 minutes)
OTHER EQUIPMENT Safety mechanism Interlocking systemSafety perimeter Transformer access protection fenceBackfeed tracker supply OptionalEmergency lighting 1h autonomyFire extinguishing system(transformer accessory) Optional
LV revenue grade meter For inverter output / for customer auxiliary supplyI/O interface Digital I/O, analog I/O
STANDARDS Compliance IEC 62271-212, IEC 62271-200, IEC 60076, IEC 61439-1
[4] By demand.[5] Optional. For additional information of available configurations, consult Power Electronics.
POWER ELECTRONICS
87
THE MOST POWER DENSETURN-KEY STATION FORLARGE SCALE STORAGE PLANTS
The Twin Skid has been designed to meet the requirements of large scale storage plants. The station is a compact outdoor skid made of high resistance galvanized steel with all the medium voltage equipment integrated and accompanied by a inverter: protection cell, outdoor power transformer, oil tank and filter. This turnkey solution achieves power outputs between 3400 kVA and 7600 kVA.
The Twin Skid simplifies the project design of the storage plant, reducing the cost of installation and the amount of resources needed thanks to its extra high power density.
TWIN SKIDUTILITY SCALE STORAGE STATION
TURN-KEY SOLUTION
EASY TO INSTALL
HIGH RELIABILITY
OUTDOOR DURABILITY
MV TRANSFORMERDy11
MV TRANSFORMERDy11
To inverter
MV SWITCHGEAR
To inverter
I>I>>
I>I>>
POWER ELECTRONICS
CUSTOMIZED SOLUTIONS
OPERATIONAL DIAGRAM
High value power plant projects often require customer spe-cific solutions. Our team of highly experienced engineers are available to modify our standard solution to suit your specific demands to ensure you get the product you need.
I-TWIN SKID
U-TWIN SKID
MEDIUM VOLTAGEEQUIPMENT
Rated power range @50°C [1] 3400 kVA - 7340 kVARated power range @40°C 3520 kVA - 7600 kVAMV voltage range 6.6 kV / 11 kV / 13.2 kV / 15 kV / 20 kV / 22 kV / 23 kV / 25 kV / 30 kV / 33 kV / 34.5 kVLV voltage range 480 V / 500 V / 530 V / 600 V / 615 V / 630 V / 645 V / 660 V / 690 VType of tank Hermetically oil-sealedCooling ONANVector group Dy11Transformer protection Protection relay for pressure, temperature (two levels) and gassing.
Monitoring of dielectric level decrease. PT100 optional.Oil retention tank Integrated with hydrocarbon filterTransformer index of protection IP54Switchgear configuration Double feeder (2L)Switchgear protection [1] Automatic circuit breaker (2V)
CONNECTIONS Inverter AC connection Close coupled solution (Plug & Play)LV protection Circuit breaker included in the inverterHV AC wiring MV bridge between transformer and protection switchgear prewired
ENVIRONMENT Ambient temperature [2] -10°C…+50°C (T>50°C power derating)Max. altitude (above sea level) CustomizableRelative humidity 4% to 95% Non condensing
MECHANICALCHARACTERISTICS
Skid dimensions (WxHxD) mm [3] 11220 x 2340 x 2240Skid weight with MV equipment [1] < 21 TnOil retention tank material Galvanized steelSkid material Galvanized steelCabinet type OutdoorAnti-rodent protection
AUXILIARY SERVICESELECTRICAL PANEL
Auxiliary supply [1] 400 V (3-phase), 50/60 HzUser power supply available 5 kVA / 20 kVA / 40 kVACooling AirProtection Circuit breakerCabinet type OutdoorCommunication [4] Ethernet (fiber optic or RJ45)UPS system [5] 1 kW (30 minutes) - 20 kW (20 minutes)
OTHER EQUIPMENT Safety mechanism Interlocking systemSafety perimeter Transformer access protection fenceBackfeed tracker suppy OptionalEmergency lighting 1h autonomyFire extinguishing system(transformer accessory) Optional
LV revenue grade meter For inverter output / for customer auxiliary supplyI/O interface Digital I/O, analog I/O
STANDARDS Compliance IEC 62271-212, IEC 62271-200, IEC 60076, IEC 61439-1
89
TECHNICAL CHARACTERISTICS TWIN SKID
TWIN SKID
[1] Depending on customer configuration.[2] For lower temperatures, consult Power Electronics.[3] 2515 mm high with the cover for the LV terminals.
[4] By demand.[5] Optional. For additional information of available configurations, consult Power Electronics.
POWER ELECTRONICS
CONTROL ANDMONITORING SOLUTIONS
91
FREESUN PPCFREESUN EMSFREESUN APP
POWER ELECTRONICS POWER ELECTRONICS
With over 22 GW inverters installed worldwide, Power Electronics has acquired the necessary know-how and expertise for the development of advanced, reliable and precise control algorithms to meet the most demanding grid codes in the world. Power Electronics Power Plant Controller offers smart and flexible solutions for utility PV and storage power plants.
UTILITY SCALE POWER PLANT CONTROLLERFREESUN PPC
[1] Dimensions including brackets. Enclosure dimensions: 600 x 300 x 800 mm.[2] Communication ports can be customised depending on PV plant design without prior notice.
GENERAL DATA Dimensions (WxDxH) mm [1] 600 x 320 x 847Weight (kg) 19.5Mounting system Wall or structure mountedCompatible inverters Freesun HEMK, Freemaq PCSK, Freemaq StatcomPower supply (W) 250
I/O ANDCOMMUNICATIONS [2]
4 x Digital inputs Programmable inputs and active high (24 Vdc).Optically isolated.
1 x RS485 port 3 wires (GND, A, B), Modbus RTU1 x Ethernet port (RJ45) Modbus TCP/IP
ENVIRONMENTAL CONDITIONS
Operation temperature 0~50°CStorage temperature -20~80°CHumidity 5-95% non-condensingDegree of protection IP42
CERTIFICATIONS CEOTHERS Web interface for local and remote monitoring
Customized solution
TECHNICAL CHARACTERISTICS
2000kW
1500kW
1000kW
500kW
00:00 02:00 04:00 06:00 08:00 10:00 12:00 14:00 16:00 18:00 20:00 24:0022:00
PV contribution Wind contribution Load Profile
Energy Storage Energy injection
ILUSTRATIVE
POWER PLANT CONTROLLER
The Power Plant Controller (PPC) can be the main governor of the most complex systems by monitoring the point of interconnection (POI) and at the same time controlling the power generation and storage equipment.
The PPC is equipped with the latest microprocessor techno-logy that interacts through the programmable digital/analo-
• PPC main governor and interface of the system.
• Multiple renewable power sources: solar, wind, etc.
• Centralized dynamic grid support at POI.
• Power smoothing – Enable ramp rate control.
• Storage equipment control.
gue signals and communication ports (Modbus TCP). The PPC together with the Freesun solar inverter or the Freemaq series can be customized for those countries (Puerto Rico, Hawaii….) that require full compliance to stringent dynamic grid support response at POI.
93POWER PLANT CONTROLLER
POWER ELECTRONICS
P(p
.u.)
P1
P0
P2
f1 f2fDB- fDB+1.00
f(p.u.)
FREQUENCY REGULATION CAPABILITY
1.06
1.08
1.04
1.02
0.98
0.96
0.94
0.92
Voltage at POI
TIME
VO
LTA
GE
VOLTAGE REGULATION SYSTEM CAPABILITY
Voltage at POI with VRS activated
DYNAMIC GRID SUPPORT
The Power Electronics Power Plant Controller is a device used to manage power plant in order to comply with all the utility and customer requirements, thanks to its fast and flexible control algorithms. The PPC helps the grid controller to manage the performance of the plant, guaranteeing grid quality requirements.
The PPC includes the latest utility interactive specifications to support the grid, by controlling the reactive and active power at the POI with a fast response time. This flexible plant control device allows the user to customize the unit, in order to comply with any grid code standards and regulations.
95POWER PLANT CONTROLLER
POWER ELECTRONICS
Power Electronics Energy Management System is the best solution for self-consumption applications due to its advanced, reliable and precise control algorithms. The Power Electronics EMS is designed to match energy production and consumption. It provides smart and flexible solutions for self-consumption applications such as zero grid injection systems.
ENERGY MANAGEMENT SYSTEMFREESUN EMS
[1] Communication ports can be customised depending on the plant design without prior notice.
GENERAL DATA Dimensions (WxDxH) mm 809 x 600 x 300Weight (kg) 10Mounting system Wall or structure mountedCompatible inverters Freesun HEMK, Freemaq PCSK, Freemaq StatcomPower supply (W) 250
I/O ANDCOMMUNICATIONS [1]
2 x RS232/RS422/RS485 Port 3 wires (GND, A, B), Modbus RTU4 x USB Port For connection of peripherals2 x Ethernet Port (RJ45) Modbus TCP/IP, Profinet, EtherCAT, Ethernet/IP1 x DVI Digital video output interfaceDigital / Analog I/O Optional
ENVIRONMENTAL CONDITIONS
Operation temperature 0~50°CStorage temperature -20~80°CHumidity 5-95% non-condensingDegree of protection IP42
CERTIFICATIONS CEOTHERS Web interface for local and remote monitoring
TECHNICAL CHARACTERISTICS
97
2000kW
1500kW
1000kW
500kW
00:00 02:00 04:00 06:00 08:00 10:00 12:00 14:00 16:00 18:00 20:00 24:0022:00
PV contribution GenSet 1 Load ProfileGenSet 2
Energy Storage Energy injection
GenSet 3
ILUSTRATIVE
• PPC main governor and interface of the system.
• Multiple GenSets and storage equipment control.
• Centralized dynamic grid support at POI.
• Power shaping - Enhanced broad implementation of
decentralized PV.
• Power smoothing – Enable ramp rate control.
EMS SELF-CONSUMPTION APPLICATION
ENERGY MANAGEMENT SYSTEM
POWER ELECTRONICS
FREESUN APP
The ultimate APP display application will play a key role in your Plant Service and Management. Any Android or iOS device can easily wirelessly connect to the inverter for a comprehensive and user friendly interface. Forget about using built-in displays with tiny screens or tedious menus, and allow your field technicians to service outdoor units in rain, snow or sun scorching conditions, without opening or standing in front of the unit. In its bid to create an application for mobile devices Power Electronics presents our Freesun app for monitoring our solar inverters. It is available on Android and iOS operating systems and can be used on both smartphones and tablets.
The Freesun application makes it easy to connect to our modular solar inverters via wifi. It is possible to perform the following tasks: monitor the key performance parameters of equipment, monitor operating statuses of diagnostics, module comparisons, values of incidents and many more.
The application, through a careful and simple interface, displays data graphically and numerically. It also provides comparative information at the level of modules as well as showing detailed information of the entire system. Easy and intuitive to use; with this application you can automatically identify Freesun solar inverters available on the local network and store information from inverters to communicate with them at any time.
GO WIRELESS
AVAILABLE INFORMATION Grid and PV field data.Inverter and Power module data (Voltages, currents, power, temperatures, I/O status...).Weather conditions.Alarms and warnings events.Energy registers.Others.
FEATURES Easy Wireless connection.Comprehensive interface.Real time data.Save and copy settings.
LANGUAGE English, Spanish.
SYSTEM REQUIREMENTS iOS or Android devices.
SETTINGS CONTROL Yes
99FREESUN APP
POWER ELECTRONICS POWER ELECTRONICS
REFERENCES
UNITED STATES
San Antonio, 12 MW
FREEMAQ PCSK
More than 22 GW installed around the world.
101
UNITED KINGDOM
Ashfordby-Percival-Vauhall, 63 MW
FREEMAQ PCS
NEW ZEALAND
Orion, 4 MW
FREEMAQ STATCOM
UNITED STATES
Minuteman, 6 MW
FREEMAQ PCSK
REFERENCES
POWER ELECTRONICS
AUSTRALIA
Ballarat, 30 MW
FREEMAQ PCS
UNITED STATES
Wilmarth, 2 MW
FREEMAQ PCS
UNITED STATES
Vista, 43.2 MW
FREEMAQ PCS
103
UNITED STATES
Pima, 11 MW
FREEMAQ PCS
UNITED STATES
Casco Bay, 18 MW
FREEMAQ PCS
UNITED STATES
Citrus, 2 MW
FREEMAQ DC/DC
REFERENCES
POWER ELECTRONICS
Power Electronics (The Seller) warrants that their Energy Storage And Power
Quality Products are free of faults and defects for a period of 3 years, valid
from the date of delivery to the Buyer. It shall be understood that a product is
free of faults and defects when its condition and performance is in compliance
with its specification.
The warranty shall not extend to any Products whose defects are due to
(i) careless or improper use, (ii) failure to observe the Seller’s instructions
regarding the transport, installation, functioning, maintenance and the storage
of the Products, (iii) repairs or modifications made by the Buyer or third party
without prior written authorization of the Seller, (iv) negligence during the
implementation of authorized repairs or modifications, (v) if serial numbers are
modified or illegible, (vi) anomalies caused by, or connected to, the elements
coupled directly by the Buyer or by the final customer, (vii) accidents or events
that place the Product outside its storage and operational specification, viii)
continued use of the Products after identification of a fault or defect.
The warranty excludes components that must be replaced periodically such
as fuses, lamps & air filters or consumable materials subject to normal wear
and tear. The warranty excludes external parts that are not manufactured by
the Seller under the brand of Power Electronics.
The Seller undertakes to replace or to repair, himself, at their discretion, any
Product or its part that demonstrates a fault or defect, which is in conformance
with the aforementioned terms of the warranty. Reasonable costs associated
with the disassembly/assembly, transport and customs of equipment will also
be undertaken by the Seller except in cases of approved intervention by the Buyer
and/or their representative where cost allocation has been previously agreed.
Power Electronics stands by the quality and durability of our inverters.
That is why we offer a comprehensive 3 year warranty on our equipment.
As the inverter is the critical component of the installation, it must not
shutdown. This is why we have made it our top priority to create a robust and
reliable product and give the best service and warranty along with it. To boost
your confidence further in our products, Extended Warranty packages up to 25
years are also available.
In case of fault or defect, the Buyer shall notify the Seller in writing by using
the following contact email: [email protected], of the presence
of any fault or defect within 15 days of the fault or defect event. The serial
number of the defective product plus a brief description of the fault must be
included in the email. Failure to notify the Seller of fault or defect within this
time period may result in the warranty becoming invalid.
In the event of replacement of defective Product or part thereof, the property
of the Product or part shall be transferred to the Seller.
The Seller shall bear no liability for damages to property or third persons,
even as manufacturer of the Products, other than that expressly provided by
virtue of applicable mandatory law provisions. In any case, the Seller shall not
be liable for indirect or consequential damages of whatsoever nature as, by
way of example, production losses or unearned profits.
The Seller shall, at their discretion, forfeit all warranty rights of the Buyer if
the total sum of the contract and payment has not been reached in accordance
with the agreed conditions of the contract.
No other warranties, express or implied, are made with respect to the
Products including, but not limited to, any implied warranty of merchantability
or fitness for a particular purpose.
In any case, the Buyer’s right to damages shall be limited to a maximum
amount equal to no more than the price obtained by the Seller of the faulty or
defective Products.
These conditions shall apply to any repaired or replacement products. Not
withstanding the above, the replacement of a Product does not imply an
extension of the term of warranty outside that of the original term.
25
WARRANTY
ADDITIONAL WARRANTY
Power Electronics reserves the right to modify whole or part of the content of this brochure at any time and without prior notice. November, 2020.
105WARRANTY & CONTACT
SPAIN
HEADQUARTERS
Poligono Pla de Carrases
CV-35 Exit 30, 46160
Lliria - Valencia - Spain
Tel. (+34) 902 40 20 70
Tel. (+34) 96 136 65 57
Fax (+34) 96 131 82 01
AUSTRALIA
Tel. (+61) 7 3386 1993
ARGENTINA
GERMANY
COLOMBIA
Tel. (+57) 322 3464855
BRAZIL
Tel. (+55) 11 5891 9612
CHINA
Tel. (+86 10) 6437 9197
CHILE
Tel. (+56) 2 3223 8916
NEW ZEALAND
Tel. (+64 3) 379 98 26
FRANCE
Tel. +33(0) 9 53 40 93 29
PERU
Tel. (+51) 979 749 772
UNITED KINGDOM
MEXICO
Tel. (+52) 53908818
MALAYSIA
KOREA
Tel. (+82) 2 3462 4656
JAPAN
Tel. (+81) 03-6206-1145
INDIA
ITALY
SOUTH AFRICA
INTERNATIONAL SUBSIDIARIES
UNITED STATES1510 N. Hobson Street, Gilbert
AZ – Phoenix 85233
Arizona, USA
Tel. 602-354-4890
POWER-ELECTRONICS.COM
POWER-ELECTRONICS.COMNovember 2020