A European research team has investigated interconnection and encapsulation strategies to improve the damp heat and
PV Magazine International 5:16 am on June 6, 2024
A European team studied lightweight VIPV modules for improved reliability against damp heat and mechanical impacts, utilizing carbon-fiber reinforced plastics. This research may enhance electric vehicle PV applications by increasing durability while maintaining a lower weight profile.
- Europes study on lightweight PV module improvement
- Carbon fibre's impact on VIPV reliability
- Reduced driving range extension for EV through vehicle-integrated photovoltaics
- Challenges faced in developing reliable, lighter modules for electric vehicles
Category: Electric Vehicles
- Solution 1:
Lightweight vehicle-integrated PV modules aim to extend the driving range of EVs. A study by Europe's research team focuses on enhancing reliability and mechanical resilience using carbon-fiber materials while maintaining lower weight. This innovation presents challenges in developing robust, lightweight photovoltaic solutions suitable for electric vehicles.
- Improved VIPV module durability
- Carbon fibre's impact on PV reliability
- Lightweight PV modules to extend EV driving range
- Challenges in developing robust, lightweight photovoltaic solutions for electric vehicles
https://www.pv-magazine.com/2024/06/06/lightweighting-vehicle-integrated-photovoltaic-modules/
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