High-pressure demands in automotive and hydrogen energy sectors
In this field, high-pressure electronic water pumps are mainly used to address the cooling issues of high-heat generation systems, and the technical challenges and stand...
The main reason for using a battery thermal management system (BTMS) in energy storage is to maintain the energy storage batteries at an appropriate temperature for safe and efficient long-term operation. Without BTMS, batteries are prone to performanc...
System Architecture Evolution and Technological Trends
With the increase in battery energy density and the widespread adoption of fast charging technology, the heat generated by battery packs has increased significantly, posing new challenges to traditional thermal mana...
The Significance of Thermal Management Systems for Electric Vehicles
Thermal management is the core guarantee for the performance, reliability, and safety of electric vehicles. The battery pack, motor, and electronic control system must operate at suitable temperatures t...
As a core component of the pneumatic system in new energy vehicles, the new energy air compressor is rapidly transforming from traditional mechanical drive to a more efficient, oil...
New energy buses (public buses, passenger buses, tourist buses, etc.), as commercially operated vehicles, possess core characteristics such as large battery capacity, distributed b...
An air compressor, also known as an air pump, is a device that converts the mechanical energy of a prime mover (usually an electric motor) into the pressure ene...
An electric vehicle air compressor, also known as an electric air compressor, is a key component that provides compressed air to the pneumatic system of an elec...