Our customer, a century-old market leader based in Germany, excels in providing smart and sustainable production solutions across various sectors such as electric mobility, energy, power, process industry, industrial production, and infrastructure. Driven by a commitment to sustainability and their vision of empowering electric society, the company continues to develop innovative solutions for electrification and automation, paving the way to a climate-neutral world.
Leading North American automotive manufacturers are shifting from the CCS (Combined Charging System) standard – a widely recognised standard for DC fast charging in the electric vehicle sector – to the North American Charging Standard (NACS) as their primary standard. In response, our customer sought to design EV handlers conforming to NACS. Given our extensive history of successful collaboration and over two decades of hardware and design expertise, we were the top choice of partner for designing and developing NACS-compliant EV charging handlers tailored for the U.S. market.
Communication Protocol: CAN bus
Testing: Static and Dynamic Analysis, Vector cast, PClint, MPLab analysis tool
Programming Language: Embedded C & C++
Platform: Baremetal and RTOS-based embedded system
CPU Tests: As per UL 1998 annexure A