Recently, the next-generation EHP3.0 BTMS (Battery Thermal Management System) unit, designed for new energy commercial vehicles, specialized vehicles, and energy storage systems, was finalized and released. Featuring precise temperature control, high-efficiency heat exchange, robust protection, and lightweight design, this product ensures stable operation of power batteries across all scenarios, supporting safe, efficient, and long-lasting performance of new energy equipment.
As a core thermal control component in new energy vehicles and energy storage systems, BTMS actively manages cooling, heating, and circulating temperature to maintain battery packs within optimal operating ranges. It effectively mitigates low-temperature performance degradation, high-temperature aging, and thermal runaway risks, significantly enhancing driving range, fast-charging capability, and service life. The newly launched EHP3.0 unit is developed according to automotive-grade standards and is suitable for demanding conditions across multiple applications, including heavy-duty trucks, buses, construction machinery, and energy storage stations.
Product Advantages and Application Value
1. Precise Temperature Control Across Full Range: Offers both -20°C low-temperature preheating and 55°C high-temperature heat dissipation, effectively addressing battery overheating or undercooling issues during fast charging, hill climbing, and continuous operation, ensuring stable power output and extended cycle life.
2. High Safety and Reliability: Features IP67 waterproof and dustproof protection, reinforced insulation and grounding design, and automotive-grade connectors and wiring harnesses, passing rigorous tests including salt spray and vibration, significantly reducing electrical faults and safety risks.
3. Lightweight and Easy Integration: Compact structure with controllable weight, supporting flexible installation options such as chassis-mounted or side-mounted configurations, compatible with new-energy heavy-duty trucks, sanitation vehicles, construction equipment, and stationary energy storage systems.
4. Intelligent Collaborative Operation: Communicates in real time with the BMS via CAN bus to enable demand-based temperature regulation and energy consumption optimization, enhancing overall system efficiency.
The launch of the EHP3.0 BTMS unit further enhances high-performance thermal management solutions, providing a safe, efficient, and reliable core support for new-energy transportation and energy storage applications, driving the industry toward higher safety standards and longer service lifespans.
Post time: May-22-2026
