Product Catalogue

S380380C-1 is a control module designed in response to the requirements of PCS system. Its main functions include: system status detection, logic control and protection; responding to the BMS to achieve rapid control and protection; responding to the EMS to achieve power dispatch; linking the communication between the monitoring system and the p

REG1K0135P2 is a VPF DC charging module specifically designed for EV charging applications with PF adjustment or reactive power compensation requirements. It uses a 3-phase AC input without a neutral line and features wide PF regulation range, wide reactive power compensation range, high efficiency, high power density and low harmonics.

EXP600K4-LWR5 split type high power charger is specially designed for the EV charger operator with split and multi charging point application. It supports CCS2/CHAdeMO/GBT compatible charging connectors, 600kW high power output and max 10 charging connectors to support 5 dual-connector dispensers or 10 single-connector dispensers. Optional 500A l

REG1K0100G2/REG1K0135G2 is specifcally designed for EV fast DC chargers. It has the features of high efficiency, low fan noise, high power density and high reliability. By 3 phase 4 wire AC input, it can deliver up to 30kW/40kW DC output power and cover 150 to 1000VDC output voltage range. It has obtained EMC/EMI Class B, TUV CE, cTUVus and KC cert

BEG1K075G and BEG1K0100G are the bidirectional ACDC power modules used to connect the battery or DC bus to the AC grid. It is specially designed for such bidirectional applications as V2G/VPF function EV chargers, retired battery utilization and the micro grid. It also can replace traditional PCS for energy storage systems. By employing the high

BEG1K075G and BEG1K0100G are the bidirectional ACDC power modules used to connect the battery or DC bus to the AC grid. It is specially designed for such bidirectional applications as V2G/VPF function EV chargers, retired battery utilization and the micro grid. It also can replace traditional PCS for energy storage systems. By employing the high

S380380C-1 is a control module designed in response to the requirements of PCS system. Its main functions include: system status detection, logic control and protection; responding to the BMS to achieve rapid control and protection; responding to the EMS to achieve power dispatch; linking the communication between the monitoring system and the po

S380380C-1 is a control module designed in response to the requirements of PCS system. Its main functions include: system status detection, logic control and protection; responding to the BMS to achieve rapid control and protection; responding to the EMS to achieve power dispatch; linking the communication between the monitoring system and the pow

LBG1K0120G is the bidirectional ACDC power module used to connect the battery or DC bus to the AC grid. It specifcally aims for bidirectional applications in V2G/VPF function EV chargers, retired battery utilization and the micro grid. It can also replace traditional PCS for energy storage systems. With the high frequency MOSFET/SiC switch technol

LCG1K0135G is specially designed for DC input EV Fast DC chargers with liquid cooled requirement. It has the features of high efficiency, zero noise, high power density and high reliability. By 300~900VDC input, it can deliver up to 40kW DC output power and cover 150 to 1000VDC output voltage range. It has obtained EMC/EMI Class B, TUV CE and cTUVu

CEG1K0100G2 is specially designed for DC input type EV DC fast charger. It has high efficiency, low fan noise, high power density and high reliability advantage. Up to 880V DC input and output voltage range is from 150 to 1000VDC with 30kW output power. EMC/EMI satisfies TUV CE certification with class B level, and safety satisfies TUV CE and cTUVu

LBG1K0120G is the bidirectional ACDC power module used to connect the battery or DC bus to the AC grid. It specifcally aims for bidirectional applications in V2G/VPF function EV chargers, retired batery utilization and the micro grid. It can also replace traditional PCS for energy storage systems. With the high frequency MOSFET/SiC switch technolo