Product Center
Product Center
Contact Info
Service Hotline:
Company email:
Headquarters address:
No. 350, Lijiang Road, Shijiazhuang High-tech Zone
The THQZD1000-24LR series products are on-board DC/DC converters designed to support the thermal management system for electric vehicle batteries. They convert the high-voltage power from the battery pack into low-voltage 24VDC, providing power to low-voltage devices in the battery thermal management system, such as fans, water pumps, and the BMS.
The THQND2000-27 series products are on-board DC/DC converters designed to support the thermal management system for electric vehicle batteries. They convert the high-voltage power from the动力电池 into a low-voltage 27.5VDC, which can supply power to low-voltage devices such as low-voltage batteries, fans, water pumps, and BMS systems within the battery thermal management system.
The THQZD1500-24R series products are on-board DC/DC converters designed to support the thermal management system for electric vehicle batteries. They convert the high-voltage power from the battery pack into low-voltage 24VDC, providing power to low-voltage devices in the battery thermal management system, such as fans, water pumps, and the BMS.
The THQZD1000-24R series products are on-board DC/DC converters designed to support the thermal management system for electric vehicle batteries. They convert the high-voltage power from the battery pack into low-voltage 24VDC, providing power to low-voltage devices in the battery thermal management system, such as fans, water pumps, and the BMS.
The THQZD800-24R series products are on-board DC/DC converters designed to support the thermal management system for electric vehicle batteries. They convert the high-voltage power from the battery pack into low-voltage 24VDC, providing power to low-voltage devices in the battery thermal management system, such as fans, water pumps, and the BMS.
The THQZD300-24-2 series is an on-board DC/DC converter designed for use with electric vehicle power batteries, providing power to the BMS.