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ADD: Bâtiment 2, No. 8 Hengzhutang Road, Dongguan
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Téléphone: +86 135 4224 3751
Station de recharge
EV charging stations generate heat from power modules (IGBT/MOSFET), magnetics, control boards, and connectors during continuous charging. Poor thermal management can reduce efficiency and shorten service life.
Sheen thermal interface materials (pads/gels/adhesives) create low-resistance heat paths to heat sinks or housings to: ① lower junction temperature and reduce hotspots; ② improve reliability in 24/7 outdoor operation; ③ support higher power density designs.


Vue d'ensemble
Charging Station (TIMs) Solutions
EV charging stations generate heat from power modules (IGBT/MOSFET), magnetics, control boards, and connectors during continuous charging. Excess heat can reduce efficiency, accelerate aging, and increase downtime.
Thermal interface materials (TIMs) create low-resistance heat paths to heat sinks or housings—reducing hotspots, improving reliability in 24/7 outdoor operation, and supporting higher-power-density designs.

Avantages
EV Charging Station Thermal Materials, Built for Outdoor 24/7 Reliability
Improve heat transfer from IGBT/MOSFET modules to heat sinks—supporting stable output under continuous charging.
Conformable TIMs handle tolerance stack-ups—lower thermal resistance and consistent unit-to-unit performance.
Designed for temperature swings and long duty cycles—helping extend service life and reduce downtime.
Custom thickness and die-cut parts for charger layouts—rapid sampling to speed qualification and production ramp.
Related Power Electronics Applications
Électronique automobile
Thermal solutions for ECUs and power electronics—improved reliability under harsh conditions.
Système de batteries de stockage d'énergie
Improve temperature uniformity and reduce hotspots for safer, longer service life.
Onduleur photovoltaïque
Lower junction temperature in power modules to boost efficiency and reliability.
Related EV Charging Markets
EV charging stations are part of a high-power conversion ecosystem. Thermal interface materials help manage heat in power modules and connectors, improving efficiency and 24/7 outdoor reliability.





