Using batteries to increase max. power 250 kW from grid 1 MW 1 , 000 V / 1 , 000 A 1 MW Using Batteries to Increase Max. Power Using batteries to increase max. power Using batteries to increase max. power Applications
1 MW 1 , 000 V / 1 , 000 A
250 kW from grid
1 MW Testobjekt (DUT)
1 MW 1 , 000 V / 1 , 000 A 1 MW 1,000 V / 1,000 1 , 000 kW for DUT 1 , 000 V / 1 , 000 A 1 , 000 kW for DUT 1 , 000 V / 1 , 000 A
250 kW from grid
Testobjekt (DUT)
1 MW
750 kW
Testobjekt (DUT)
750 kW Batterie
1 , 000 kW for DUT 1 , 000 V / 1 , 000 A 1,000 kW for DUT 1,000 V / 1,000 A
750 kW Batterie
Batterie
Power supply with internal energy recovery for development and testing of e-powertrain Power supply with internal energy recovery for development and testing of e-powertrain Power supply with internal energy recovery for development and testing of e-powertrain Power supply with internal energy recovery for development and testing of e-powertrain converter Batterie
Batterie
converter
motor
generator
Batterie
converter
motor
generator
converter
Charging Post
V Battery
converter
motor
generator
Charging Post
Control Unit
V Battery
converter
Charging Post Control Unit
Fuel cell testing Fuel cell testing Fuel cell testing Fuel cell testing
V Battery
Charging Post
V Battery
Control Unit
Charging Post
Control Unit
V Battery
60 – 650 kW 60 – 650 kW 1 , 000 V / 1 , 000 A 60 – 650 kW 1,000 V / 1,000 A H 2 1 , 000 V / 1 , 000 A
Charging Post Control Unit
V Battery
Charging Post
V Battery
Control Unit
Charging Post
60 – 650 kW
1 , 000 V / 1 , 000 A
Control Unit
V Battery
Charging Post Control Unit
V Battery
7
Control Unit
7
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