-
292023-11Guchen Product Developed to Manage Thermal Propagation in EV Lithium-ion BatteryThe thermal propagation is one of the major concerns for lithium-ion batteries and it can cause serious damage to the battery. The development of a fireproof device for the protection of lithium-ion batteries installed in electric vehicles is an important issue in the automotive industry.Learn More >>
-
032023-11Electric Bus Battery Cell Thermal Runaway Control SystemBattery thermal runaway is a safety concern for electric vehicles. It can be caused by overcharging, overdischarging or physical damage to the cells. In this case, the thermal propagation and explosion risk can be managed by using a safety device - “active nitrogen fire protection system” that will helps prevent thermal runaway in batteries mounted under vehicle floor panels.Learn More >>
-
312023-10What is the Most Advanced Fire Protection Technology for Electric Vehicle Lithium-ion Battery Packs?This method of lithium ion battery fire protection technology has been successfully demonstrated at several thousands electric vehicles around the world, including those in Yutong electric buses, mining trucks and sightseeing buses. This system will actively inject nitrogen into the battery pack in order to prevent any potential fires from thermal runaway that may occur from overcharging or short circuiting.Learn More >>
-
272023-09The Application of Ultrasonic Welding Technology in Electric Vehicle IndustryUltrasonic metal welding technology has proven to be the premier metal joining process that meets the quality requirements of high repeatability, high reliability and high production efficiency required at industrial scale.Learn More >>
-
262023-09Custom U-V-W 3-Phase Motor Controller Wire Harness for EV MakersThe 3-Phase Inverter Wire Harness is designed for the use in electric vehicles manufacturing. It is a customized product that can be used to power up the inverter with a voltage of 200V-800V.Learn More >>
-
252023-08Why is Temperature Rise Control so Important in Energy Storage Connector Design?For most applications, the energy storage connector is the most critical component of an energy storage system. If it fails, the entire system will fail. It must be able to withstand high temperatures, vibrations and heavy loads for long periods of time. When designing connectors for these types of applications, it's important to control temperature rise during operation. This can be done by taking into account both thermal expansion and electrical resistance when designing the connector.Learn More >>