Project SCION – Silicon carbide inverter with optimised nano-modules
Developing a UK-designed and sourced innovative silicon carbide (SiC) power module for use in high-efficiency automotive inverters and DC-DC converters.
The goal of Project SCION is to produce a pioneering power module that is designed and sourced in the UK. Supported by major global power electronics and semiconductor manufacturers, the consortium’s focus is on embedding SiC Metal-Oxide Semiconductor Field-effect Transistors (MOSFETs) into a printed circuit board (PCB), with optimised control and capacitance for cost-effective production. SiC MOSFETs promise higher efficiency in power conversion, leading to reduced device size and energy demands, but conventional packaging limits their potential. SCION’s embedded packaging design seeks to unleash the full capabilities of SiC MOSFETs, enhancing volumetric power density, efficiency, and reliability, particularly in automotive applications.
Key Highlights
- Aiming for medium-volume production by 2028 as a result of this project.
- The modular Optimised Nano-module (ON) has automotive applications followed by diverse markets such as niche vehicles, medium and heavy-duty, off-highway vehicles and more.
- The project will create, test and develop advanced samples that meet industry quality standards, paving the way for widespread adoption.
- Total project value £7.4 million, £3.7 million funded by the Department for Business and Trade through the APC.
Project consortium