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MIDA EV Power Charger Module 30kW 40kW for DC EV Charger Station

MIDA EV Charger Module has high reliability, high availability and high efficiency, which can meet the voltage requirements of different battery packs, reduce the potential safety hazard and greatly save the operation and maintenance cost of life cycle. EV Charger Module can be used on DC fast chargers for EVs and E-buses.

EV Charger Module is the inner power module for DC fast charger, and convert AC energy into DC in order to charge electric vehicles. The EV charger module takes a 3-phase current input and with an adjustable DC output to meet a variety of battery pack requirements.30kW DC fast charging module is a high power supply module and specially designed for charging station solutions and widely applied as ev demands increase.

30kw Charging Module

DC Fast Charging Module Introduction:
30kW charger module is our 4th generation power supply module and a DC/DC converter, specially designed for electric vehicle power solutions and electric vehicle charging stations.
UR100040-IP65 DC Charging module
UR100030-IP65 DC Charging module
UR100040-IP65 DC EV Charger module
UR100030-IP65 EV Charger power module
UR100040-SW Charger module EV
UR100030-SW DC Power Module
UR100020-SW DC Power Charging module
UR100030-VPFC EV Charging Module
MIDA POWER MODULE is a high performance charging module designed by MIDA Power, especially for harsh environment. Protection level up to IP65, widely used in high temperature, high humidity, high salt fog, rain water condensation and other terrible environments; can greatly simplify the protective design requirements of charging station, reduce the design cost; high reliability, maintenance free, 5-year warranty, greatly reducing the daily maintenance and TCO.

30kw EV Charging module

30kW/40kW charging modules with IP65 protection level are specially designed for harsh environments mentioned above. From experimental laboratories to customer application, the product series is a proven success in terms of wide input voltage range, high efficiency output, long lifespan and low TCO (Total Cost of Owning).


Post time: Nov-19-2023

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