SMC (Sheet Molding Compound), with its characteristics of light weight, high strength, insulation, flame retardancy, weather resistance, and corrosion resistance, has become a core material supporting the upgrading of the new energy industry. It comprehensively empowers the four major fields of new energy vehicles, wind power, photovoltaics, and energy storage, driving technological breakthroughs and efficiency revolutions in the industry.
Ⅰ. New Energy Vehicles: Dual Guarantee of Safety and Lightweight
1. Core Applications in Battery Systems
Battery casing / battery pack cover has become SMC's most representative application in the field of new energy vehicles.
2. Innovative Breakthroughs in Motor Systems
Soft magnetic SMC materials have achieved revolutionary applications in new energy vehicle motors.
Ⅱ. Wind Power Generation: Key Support for Large-Scale and High-Efficiency
SMC composites have fundamentally changed the manufacturing landscape of wind turbine blades.SMC soft magnetic materials address the challenges of traditional silicon steel sheets in direct-drive permanent magnet wind generators.
Ⅲ. Photovoltaic Power Generation: A Solid Guarantee of Stability and Reliability
1. Innovation in Photovoltaic Inverter Enclosures：SMC provides perfect protection solutions for photovoltaic inverters.
2. SMC photovoltaic brackets：Upgrade of Photovoltaic Module Support Systems。
Ⅳ. Energy Storage Systems: An Important Guarantee of Safety and Integration
Energy Storage Battery Boxes / Cabinets:
-Using one-piece SMC molding technology, weight is only 21% of steel while providing high strength and excellent insulation performance.
-"Sandwich" composite structure (SMC + aerogel) with fire resistance up to 2 hours, while reducing weight by 30%.
-In a certain energy storage project, using SMC silicon carbide products increased conversion efficiency from 93% to 97%, reducing thermal loss by more than 50%.
Ⅴ.The 'Green Foundation' of the New Energy Industry
SMC composites are evolving from 'substitute materials' to 'innovative materials,' achieving breakthroughs in four dimensions: 'lightweight, safety, functionality, and cost-effectiveness,' comprehensively empowering the four major sectors of new energy. As the new energy industry continues to expand, SMC composites, as 'industrial super materials,' will play an increasingly crucial role, becoming an important cornerstone supporting the global energy transition.
