Our Applications

The on-board charger converts AC power from an external charging station to DC power to charge a 350V or 650V battery. The charger can also be combined with a DC-DC converter to form a system solution. Charger charging power can range from 3kw to 22kw. The large amount of heat generated during operation can be detrimental to the components. SEDO's thermal interface materials help to transfer the heat quickly and protect the components and performance.

The thermal related problems of batteries are the key factors that determine their performance, safety, life and cost. The power battery is the energy source of electric vehicles. During the charging and discharging process, the battery itself will generate a lot of heat. SEDO thermal conductive materials can help the battery dissipate heat faster and reduce the risk of combustion caused by rapid rise of battery temperature in extreme cases. In addition, SEDO's thermal conductive structural adhesive can help the battery pack reduce its dependence on mechanical fasteners and help the battery pack to be lightweight.

High-powered CPUs and GPUs provide computers with powerful computing power, image data processing capabilities, and more. In efficient operation, devices generate a lot of heat and require reliable thermal management solutions. SEDO's thermal interface materials can be applied to CPUs, GPUs, memory, etc. to help dissipate heat from heat-generating components and ensure efficient computer operation.