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Control
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Control
3~
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Control
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Control
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3~
Solar Array 1Solar Chopper 1300 … 900 VDC
> 100 KW
Solar
Chopper 2
Intermediate Voltage 720 … 780 V DC
Main Inverter 3 x 400 V / 3 x 208 V AC
> 200 KVA
Bi-Direct
Inverter > 200 KVA
StorageTyp. 200 … 600 Ah
Typ. 450 … 600 V
Charger E-CarTyp. 200 … 600 A
ChargerBi-Directional
Charger
Feed from:
Plants, Wind Turbine etc.
Feedback into: Mains Grid
Island Grid
Solar based Island Inverter Plant > 200 KW
Solar Array 2
©2018 Temes Engineering GmbH
Control
=
=
Control
3~
=
Control
=
3~
Solar Array 1Solar Chopper 1300 … 900 VDC
> 100 KW
Intermediate Voltage 720 … 780 V DC
Main Inverter 3 x 400 V / 3 x 208 V AC
> 100 KVA
Bi-Direct
Inverter > 100 KVA
StorageTyp. 200 … 600 Ah
Typ. 450 … 600 V
Charger E-CarTyp. 200 … 600 A
ChargerBi-Directional
Charger
Feed from:
Plants, Wind Turbine etc.
Feedback into: Mains Grid
Island Grid
Solar based Island Inverter Plant > 100 KW
©2018 Temes Engineering GmbH
Control
=
=
Control
3~
=
Solar Array 1Solar Chopper 1300 … 900 VDC
> 100 KW
Intermediate Voltage 720 … 780 V DC
Main Inverter 3 x 400 V / 3 x 208 V AC
> 100 KVA
StorageTyp. 200 … 600 Ah
Typ. 450 … 600 V
ChargerBi-Directional
Island Grid
Solar based Island Inverter Plant > 100 KW
Minimal Configuration
©2018 Temes Engineering GmbH
Control
=
=
Control
3~
=
Control
=
=
Control
=
3~
Solar Array 1Solar Chopper 1300 … 900 VDC
> 100 KW
Intermediate Voltage 720 … 780 V DC
Main Inverter 3 x 400 V / 3 x 208 V AC
> 200 KVA
Bi-Direct
Inverter > 200 KVA
Storage
Charger E-CarTyp. 200 … 600 A
ChargerBi-Directional
Charger
Feed from:
Plants, Wind Turbine etc.
Feedback into: Mains Grid
Island Grid
Solar based Island Inverter Plant > 200 KW
Options
Option
Option
Solar Array 2
expandable
expandable
©2018 Temes Engineering GmbH
House
Tesola
PV1 Input 2
Tesola
PV1 Input 2
==
Electric DistributionM
DC – AC Inverter
3~=
El. ConsumerEl. Consumer
Storage
2 x 3 Boxes
Block Heat &
Power Plant
Solar Panel IISolar Panel I
Storage
2 x 3 Boxes
3Ph + N
1Ph / 3Ph + N 1Ph / 3Ph + N
Block Heat &
Power Plant
Application Example I: Structures without Grid Power
©2018 Temes Engineering GmbH
Golf Course
3==
M
DC – AC Inverter 3~=
El. ConsumerEl. Consumer
Storage
Solar
Panels ‚West‘
Solar
Panels ‚South‘
Storage
Tesola
PV1Input
2
Tesola
PV1Input
2
Tesola
PV1Input
2
Tesola
PV1Input
2
Mains Grid
Electric Distribution
Mains / Island
Switch
1Ph / 3Ph + N
3Ph + N
1Ph / 3Ph + N
Application Example II: Solar Plant for Golf Court in Germany
©2018 Temes Engineering GmbH
IB
Main-House
Green Spaces
Distance: < 100 ft
M
Electric
Distribution
==
Tesola
PV
1
PV
2
Tesola
PV
1
PV
2
Pool-House
Inverter
10 KW Solar Panels
Grid
Electric
Distribution
Redundant Power
Conversion and
Storage
Pool Heater
Application Example III: Solar Plant for Vacation Resort,
Canary Islands
©2018 Temes Engineering GmbH
Solar based Island Inverter Plant
Pictures
Golf Court Cologne, Germany:
- 12 x Storage Device
- 4 x Energy Converter
- Main Island Inverter
Temes 160 KW Chopper
(Watercooled)
or 100 KW fan cooled
CANARY ISLAND
©2018 Temes Engineering GmbH
