Fast SiC Semiconductor renews focus to EV charging and energy storage

Taiwanese company Fast SiC Semiconductor has undergone a strategic transformation, shifting its business focus from consumer electronics to the electric vehicle (EV) charging industry, energy storage systems, and industrial control systems. This shift aligns with the company’s expansion plans into the Chinese market.

Fast SiC Semiconductor, headquartered in Taiwan, intends to capitalise on its expertise in silicon carbide (SiC) technology to offer efficient and dependable solutions for EV charging infrastructure and energy storage. SiC technology offers distinct advantages over traditional silicon-based semiconductors, including higher energy efficiency, improved thermal performance, and higher breakdown voltage. These attributes make it particularly well-suited for high-power applications such as EV charging and energy storage.

As the demand for electric vehicles and smart energy grids continues to rise, the need for efficient charging solutions and energy storage systems has become paramount. Fast SiC Semiconductor aims to seize these burgeoning opportunities by delivering innovative and reliable products that can enhance the performance and efficiency of EV charging infrastructure and energy storage systems.

By venturing into the Chinese market, Fast SiC Semiconductor takes a momentous step in broadening its reach and establishing a formidable presence within the global EV charging and energy storage industry. China, being the world’s largest EV market, provides tremendous potential for Fast SiC Semiconductor to thrive and grow.

With its strategic shift towards the EV charging industry, energy storage systems, and industrial control systems, Fast SiC Semiconductor seeks to harness the potential of SiC technology and establish a strong foothold in the rapidly evolving global landscape of EV charging and energy storage.

Others have also viewed

UK’s energy supply needs over £900 billion investment to reach net zero by 2050

The UK’s energy supply could require more than £900 billion in capital expenditure to achieve ...

DFC and Shell Foundation to support distributed renewable energy solutions in emerging markets

The U.S. International Development Finance Corporation (DFC) and Shell Foundation, the U.K.-registered charity supporting energy ...

e-STORAGE to deliver 226 MWh DC of battery storage projects to ENGIE 

Canadian Solar’s majority-owned e-STORAGE will deliver 226 MWh DC of turnkey energy storage solutions to ...

COP28: NewLink’s pollution reduction project sets benchmarks

The Center for Environmental Education and Communications of Ministry of Ecology and Environment and Energy ...