The Marketing Minute: When Everyone Is a Thought Leader, No One Is
The Chemical Connection: More Solutions to Common PCB Etching Questions
It’s Only Common Sense: How to Demonstrate Grace Under Pressure During Tough Times
onsemi and Geely Auto Group today announced an expanded global strategic collaboration aimed at accelerating the development of next-generation electric and hybrid vehicles. The partnership deepens system-level integration of onsemi’s advanced silicon carbide (SiC) technologies across Geely’s vehicle platforms to drive faster, more efficient EV development.
EliteSiC Integrated into Geely’s SEA-S–based SEP System
As part of the announcement, Geely is showcasing its SEA-S–based Super Electric Power (SEP) System that incorporates onsemi’s EliteSiC power technologies at the heart of its electric drive systems. These next-generation vehicles are designed to take full advantage of high-voltage architectures, delivering faster acceleration, extended driving range, and significantly reduced charging times.
By enabling higher power density, onsemi’s technology allows more performance to be packed into a smaller, lighter system, contributing to improved vehicle dynamics and interior space. At the same time, enhanced thermal performance helps maintain consistent output during demanding driving conditions while supporting long-term reliability. Together, these capabilities translate into a more responsive, efficient, and refined driving experience where drivers benefit from quicker starts, smoother power delivery, and longer range with less time spent charging.
Why 900V Architectures Matter for the Future of EVs
At its core, the shift to 900V vehicle architecture is about moving electricity through the car more efficiently. By increasing voltage, automakers can deliver more power with less heat and energy loss, which translates directly into benefits drivers can feel, such as faster charging times, longer driving range, and stronger, more consistent performance. onsemi’s EliteSiC solutions enable this by handling higher voltages with greater efficiency and reliability, helping bring next-generation electric vehicles closer to the speed, convenience, and driving experience consumers expect.
Shaping the Next Phase of EV Platform Design
“The EV market is entering a new phase, driven by higher-voltage architectures and increasing system complexity. Our expanded engagement with Geely reflects how automakers and semiconductor partners are working more closely and earlier to shape critical vehicle design decisions. Together, we are enabling EVs that deliver higher efficiency and performance.” — Hassane El-Khoury, President and CEO, onsemi
“As we advance our electrification strategy, closer coordination with technology partners is increasingly critical. Integrating onsemi technologies across our SEA-S–based electric vehicle platforms reflects this deeper collaboration in action. Working with onsemi as a key system-level partner enables stronger alignment across platform design and engineering execution, supporting our goal of delivering high-performance, efficient electric vehicles to customers worldwide.” — Gan JiaYue, CEO, Geely Auto Group
Delivering Tangible Benefits for Drivers
The expanded collaboration directly translates into meaningful, real-world benefits for drivers:
- Longer driving range through reduced energy losses
- Faster charging times enabled by high-voltage architectures
- Stronger acceleration and performance from higher power density
- Greater reliability and durability through improved thermal management
- A smoother driving experience from more efficient power delivery
As electric vehicle platforms grow more complex, automakers are placing greater emphasis on early system-level decisions that influence efficiency, reliability, scalability, and long-term performance. The expanded collaboration between onsemi and Geely reflects this industry shift by bringing semiconductor innovation to the forefront of vehicle design and enabling a new generation of electric vehicles that combine performance, efficiency, and everyday usability.
