| Technical articles, application notes and engineering insights | Vehicle platforms, thermal design, testing and reliability
Compare CKD local assembly and finished OBC/DC-DC procurement, including production equipment, testing requirements, investment and localization considerations.
Learn why an EV on-board charger may operate below rated power due to AC input, battery voltage, output current limits, temperature and protection conditions.
Learn what EV manufacturers should evaluate during on-board charger performance testing, including power, efficiency, thermal behavior, CAN communication and protection.
Learn how to match an EV on-board charger with battery voltage, charging current, BMS CAN control, AC input and thermal limits for reliable vehicle integration.
GSE Expo Europe 2026 brings together OEMs, system integrators, and engineers. Discover key e-GSE power conversion solutions, including 3.3kW/6.6kW OBCs & DC-DC converters.
Learn how EV charger performance testing verifies charging stability, CAN communication, protection, thermal performance and production consistency before mass production.
Learn how to match an On-Board Charger (OBC) with an EV battery pack. Key engineering rules for voltage limits, BMS CAN communication, and IP67 sealing for OEMs.
Before integrating an OBC into an EV CAN network, manufacturers should confirm CAN baud rate, message IDs, control logic, charging commands, status feedback, fault reporting and BMS/VCU compatibility.
A practical guide to selecting an OBC for electric utility vehicles, covering battery voltage, charging power, CAN communication, thermal performance and integration.
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Designed for 96V electric vehicle platforms, this 1.2kW DC/DC converter provides stable 9-16V DC output for vehicle low-voltage systems. Featuring high efficiency, CAN Bus communication and multiple protection functions, it delivers a reliable power solution for commercial EVs, utility vehicles and other electric vehicle applications.
Designed for 72V and 96V electric vehicle platforms, this 2-in-1 solution integrates a 2.0kW onboard charger and 1.0kW DC-DC converter into one compact unit. It helps EV manufacturers reduce wiring complexity, save installation space and improve overall power system integration. With CAN-bus communication and reliable protection functions, it is suitable for electric cargo vehicles, utility vehicles, agricultural EVs, low-speed EVs and other commercial electric vehicle applications.
For new energy vehicles, CC/CV output. Built-in reverse polarity protection for high voltage input as well as OVP, UVP, short circuit and OTP protection.
Designed for 48V, 72V light electric vehicles, this 2-in-1 solution combines onboard charging and DC-DC conversion to simplify wiring, save installation space and provide reliable power supply.
