BEC Thermal Management System-JVS

BEC Thermal management system, reshaping the boundaries of efficient thermal management

BEC-TMS is a highly BEC (Battery-eDrive-Cabin) Thermal management system that integrates batteries, electric drives, and cabins. It adopts a "bidirectional operation architecture" and can design collaborative thermal management for batteries, motors, electronic controls, and cabins for different working conditions and application scenarios, improving system efficiency, extending component life, and ensuring vehicle stability in extreme environments. The system integrates "waste heat recovery technology" innovatively, significantly improving energy recycle rate and reducing overall energy consumption, suitable for diversified scenarios such as new energy heavy-duty trucks, mining equipment, computing power centers, and energy storage systems.

Core Strengths

Intelligent Control + High-Voltage Architecture

Intelligent Dynamic Optimization: Utilizing the independently developed "Vehicle Thermal Control" intelligent algorithm, dynamically adjusting thermal management strategies based on real-time climate conditions and driving conditions, accurately matching driving and riding needs, and achieving optimal energy consumption.

Efficient Heat Pump Technology: Adopting a high-pressure reversible heat pump architecture and standard power transmission system waste heat recovery function, combined with energy-saving technology, the system performance is significantly improved, ensuring efficient energy conversion under all operating conditions, improving energy efficiency, and significantly increasing driving range.

Precise Temperature Control: The battery temperature fluctuation is controlled within ±2℃, which increases the battery cycle life by more than 15% and ensures the stable operation of high-energy density batteries.

Modular Design

Multi Scenario Compatibility: It has the characteristics of excellent sealing and long service life. Through standardized module combination, it can flexibly adapt to different climate conditions and vehicle needs without platform reconstruction, greatly shortening the development cycle.

High Integration: The compact assembly design increases the integration rate of components by 30% and saves 25% of the vehicle installation space; Implementing functional integration, including cooling and heating of batteries and cockpit, cooling of power electronic devices and traction motors, can significantly increase efficiency. It reduces the production cost of a single system by 8%-10%.

Waste Heat Recovery + Multi-Mode Temperature Control

Intelligent Waste Heat Utilization: Recovering waste heat from motors and electronic control systems, reducing cabin heating energy consumption by 40%, significantly improving winter endurance performance.

Accurate Battery Thermal Management: Supports multi-mode switching between active cooling/passive cooling/intelligent heating, ensuring that the battery is always in the optimal working range.

Three Core Breakthroughs

BEC-TMS achieves three core breakthroughs through high-integrated design and innovative heat pump technology:

Precise Temperature Control

Battery ±2℃, cabin comfort optimization
Energy Efficiency Leap

Waste heat recovery + high-pressure heat pump, comprehensive energy efficiency improved by 30%+
Cost Reduction and Efficiency Improvement

Modular design, dual optimization of production and assembly costs

Application Cases

BEC-TMS can flexibly adapt to various environments and usage scenarios. At present, we have successfully escorted the transportation fields such as new energy heavy-duty trucks and mining equipment; And it can be extended to high-heat density scenarios such as energy storage power stations, data centers, AI computing centers, oilfield extraction operations, municipal infrastructure, etc., providing customized, efficient, and highly reliable full scene thermal management guarantees for key equipment in different fields.