— A B B G R I D EDG E SO LUTI O NS

PS1000 utility-grade power conversion systemUp to 1250 VDC; scalable to three MW

With world-class power density

and an easy-to-install design,

your energy storage system will

be commissioned quickly and

easily. The energy storage power

conversion system (PCS) has never

been more flexible or straightforward.

ABB’s e-mesh™ ecosystem of solutions and products ensure power reliability and availability, grid stability, and the integration of renewable energy enabled by advanced automation technology.

The ABB PowerStore™ PS1000 480Vac scalable platform was specifically developed to offer a straightfor-ward and simple solution to developers of utility-grade energy storage systems. In ~1 MW blocks, the PS1000 offers a single modular system that is tailored to all application sizes. The scalable power conversion system also boasts high-performance controls and system redundancy.

—01 Power Conversion System

Return on investment• More than 98% efficiency • Low installation & commissioning costs • Modular 1 MW blocks • Monetizable dynamic performance

Modular / flexible configuration • 1 MW blocks, up to 1250 VDC • Configurable up to 3 MW

(See picture above)• Individual AC connections or

combined throat

Simple O&M–easily maintainable • Modular design with low

component count • Extended warranty available

Easily transportable • Standard freight =

low transportation cost • Movable with pallet jack or standard

forklift • No crane required • Separable building blocks

Advanced technology• Fully parameterizable grid support • Certified to global standards and grid

codes • ZVRT(1) / LVRT(2) / 4-quadrant high

bandwidth control• ABB proprietary VGM(3) & GSM(4)

functionalities with full integration of e-meshTM control & SCADA

2 P S10 0 0 4 8 0VAC U TI L IT Y- G R A D E P OW ER CO N V ER SI O N S Y S TEM

Model PS1000 480Vac

LINEUP QTY 1 … 3

AC AC port configuration 3-wire (3P3W)

AC voltages 360-400-440-480- 520 VRMS ±10%. Others on request

AC export capacity @ 40°C 1203ARMS 3609ARMS

AC export capacity @ 45°C 1150 ARMS 3450 ARMS

AC import capacity @ 40°C 1203ARMS 3609ARMS

AC import capacity @ 45°C 1150 ARMS 3450 ARMS

AC import / export power see charts

Converter Type 22-Level VSC (5) / CSI (6)

Nominal frequency 50 – 60 Hz

Harmonic distortion <2% TDDi per IEEE 519

Power factor/reactive power 0 leading … 0 lagging (full 4-quadrant operation)

Aux power consumption (Including ext. Cooling pump + Fan)

1500 W 6000 W

Efficiency: Max | CEC | Euro 98.6% (est.) >98% (est.) >98% (est.)

DC DC voltage range at nominal AC voltage (7) 600 - 1250 VDC

DC voltage range at 110% nominal AC voltage (8) 750-1250 VDC

Maximum DC current 1386 ADC 4258 ADC

Battery technology all battery types, fuel cells, other DC sources, etc.

Number of DC inputs 1 … 3

Enviromental Ambient temperature (operation) -20°C to 50°C

Ambient temperature (storage) -20°C to 60°C

Protection degree NEMA 3R/IP54

Relative humidity 5% - 100% condensing

Max elevation 2000 m [6500 ft.]

Airborne noise <75 dBA @ 5 m

Temperature de-rating Automatic; see charts below

Cabinet Maximum dimensions (H x W x D)mm: [2275x1004x1200]

in.: [89.6x39.5x47.2]mm: 3 x [2275x4931x1200]

in.: 3 x [89.6 x 194 x 47.2]

Weight ( est.) 1043 kg [2300 lb.] 3 x 1043 kg [3 x 2300 lb.]

Mounting Pad mounted

Cooling Hybrid liquid /air

Cooling fluid 30% - 50% EWG (9) or PWG (10)

Certification Safety UL 1741 | C22.2 No.107.1-16 & CE mark

(pending) Utility interconnect UL 1741:2010 R2.18 (SA) | IEEE 1547.1-2005 | CA Rule 21 No.16-06-052Hawaii Rule 14 No. 2014-0192

EU Grid codes: DE, FR, SE, PT & IT. Others on request.

Protections AC protection fuses

DC protection fuses (optional)

Humidity Internal cabinet heating

Safety features overvoltage, overcurrent, overtemperature

Ground fault detection optional

Control Control interface CAN, Modbus RS 485, or Modbus TCP

Basic control modes

Grid Following (On Grid) control modes External PQ (power) / DQ (Current) / Cos Phi (pf) references

Grid Connected / Off grid transition Seamless transition in both directions available for PQ control

Grid Forming (Off grid) control modes External PQ references

Black Start Capable Yes, includes DC pre-charge. Requires external auxiliary control power

Extended control modes

Grid Following control modes External f & V references for ABB’s GSM (4) primary control functionalities:− Fast Voltage & Frequency support based on droops & dead band

− Virtual Inertia

Grid Forming – Following transitions Seamless transition from VGM to GSM in grid connected and island

P S10 0 0 4 8 0VAC U TI L IT Y- G R A D E P OW ER CO N V ER SI O N S Y S TEM 3

[1] ZVRT: Zero Voltage Ride Through[2] LVRT: Low Voltage Ride Through[3] VGM: Virtual Generator Mode[4] GSM: Grid Support Mode[5] VSC: Voltage Source Converter[6] CSI: Current Source Inverter[7] DC voltage at nominal AC line voltage for 480Vac[8] Minimum DC voltage at nominal AC line voltage for 1.1 x 480Vac[9] EGW: Ethylene Glycol and Water[10] PGW: Propylene Glycol and Water

Model PS1000 480Vac

Grid Forming control modes External f & V references for ABB’s VGM (3) primary control functionalities:− Droop control with dead band

− Synthetic Inertia & Synthetic impedance− Current limiting during faults and inrush

Fully integrated with ABB’s e-meshTM secondary control

Auxiliary Control power options PCS 208 – 240 VAC | DC: 24 VDC

supply Auxiliary power cooling unit 480 VAC 3P3W

Full-function, independent blocksEach PS1000 contains fully independent AC & DC disconnects, fuses, utility-grade surge suppression, environmental con-trols, recharge, enabling an easy installation.

Keep the transformer simple, pleaseWhen connection several PS1000 in parallel internal busbar connection allows simple AC parallel connection and simplifies the coupling transformer connection. Note that each 1 MW block is designed to support connections to independent battery banks.

The MV transformer can be provided by ABB with pre-engineered units to suit your application’s power and voltage needs.

AC power charts versus temperature for different LV AC voltages:

A

B

C

D

123456

123456

A

B

C

D

2 / 52:25SHEETWEIGHTSCALE

D0485-100180BREVDRAWING NUMBERSIZE

CAB1000/AC LAYOUT DRAWING

TITLE

EPC POWER CORPORATION 13250 GREGG STREET, SUITE A-2 POWAY, CALIFORNIA 92064 1.858.748.5590

AC DISCONNECT SWITCH

DC DISCONNECT SWITCH

FUSE ACCESS WINDOW

DEAD FRONT

PEDESTAL ACCESS PANEL

CONTROLS DINRAIL PANEL

FRONT DOOR OPEN

REAR DOOR OPEN

AIR TO LIQUIDHEAT EXCHANGER

INTAKE BAFFLE

MAGNETICS

COOLING SKID ACCESS PANEL

A

B

C

D

123456

123456

A

B

C

D

5X 219.1 ENCLOSURE FRONT TO TERMINAL[8.6]

3X 599.1 AC TERMINAL[23.6]

2X 734 DC TERMINAL[28.9]

3 / 52:25 SHEETWEIGHTSCALE

D0485-100180BREVDRAWING NUMBERSIZE

CAB1000/AC LAYOUT DRAWING

TITLE

EPC POWER CORPORATION 13250 GREGG STREET, SUITE A-2 POWAY, CALIFORNIA 92064 1.858.748.5590

POWER STAGE

CAPACITOR BANK

FILTER FAN ASSEMBLY

SURGE PROTECTIVE DEVICE

AC FUSE

DC FUSE

GROUND BAR

COOLING PUMP SKID

CABLE ENTRY PANEL

AC TERMINAL

FRONT DOOR, DEAD FRONT, AND PEDESTAL ACCESS PANELREMOVED FOR CLARITY

FORKLIFT GUIDES

DC TERMINAL

COMMS(CAN / MODBUS)

UTILITY

THIS DOCUMENT IS FOR THE PURPOSE OF DISCUSSION ONLY

208VAC, 1PAUX POWER

TRANSFORMER

FIELD-INSTALLEDTHROAT CONNECTIONS

STORAGE

CAB1000 DCAC

DC SOURCE

GRIDFILTER

-K2

COOLINGSYSTEM

-MX1

CAB1000 DCAC

DC SOURCE

GRIDFILTER

-K2

COOLINGSYSTEM

-MX1

BUS BAR

STORAGE TRANSFORMER

UTILITY

CAB1000 DCAC

DC SOURCE

GRIDFILTER

-K2

COOLINGSYSTEM

-MX1

BUS BAR

STORAGE STORAGE

STORAGE

STORAGE

SYSTEM BLOCK DIAGRAM

3 MW*

* : SEE POWER RATINGTABLE FOR DETAILS

1 MW* 1 MW* 1 MW*

1 MW*

1 MW*

1 MW*DC / AC

DC / AC

DC / AC

1 MW*

1 MW*

1 MW*

DOCUMENT NUMBER

SHEET OF

DATE

OP CODE

EPC POWER CORP.GREGG ST SUITE A-2

POWAY, CA 92064

SHEET DESCRIPTION

ENG

REV

1 2 3 4 5 6 7 8 90

PROJECT DESCRIPTION

60-100168

03 06

08-28-20193x UNITS R01

CAB1000 LINEUP

4 P S10 0 0 4 8 0VAC U TI L IT Y- G R A D E P OW ER CO N V ER SI O N S Y S TEM

4C

AE

00

08

62

—We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB AG does not accept any responsibility whatsoever for potential errors or possible lack of information in this document.

We reserve all rights in this document and in the subject matter and illustrations contained therein. Any reproduction, disclosure to third parties or utilization of its contents – in whole or in parts – is forbidden without prior written consent of ABB AG. Copyright © 2020 ABBAll rights reserved.

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