News: Microelectronics
15 October 2026
onsemi’s EliteSiC hybrid power module technology used in Sungrow’s PowerTitan 3.0 energy storage platform
Intelligent power and sensing technology firm onsemi of Scottsdale, AZ, USA says that its latest EliteSiC silicon carbide (SiC) hybrid power module technology has been adopted by renewable energy technology firm Sungrow for its PowerTitan 3.0 energy storage platform. The integration enables improved efficiency and enhanced system performance for utility-scale battery energy storage systems (BESS).
The PowerTitan 3.0 platform incorporates onsemi’s high-density power integrated modules (PIMs), optimized for advanced three-level inverter architectures used in high-power energy storage applications.
Compared with the previous-generation platform, the new architecture improves inverter-level efficiency by 0.4%, enabling higher-power battery storage deployments without sacrificing efficiency. The architecture supports power conversion units rated up to 450kW, contributing to the platform’s increased power density and higher-power deployment capability.
With the performance advantages of SiC, the solution supports key system-level benefits including:
- peak efficiency exceeding 99.3% to reduce energy loss in utility-scale systems;
- increased power density supports higher-power BESS deployments;
- enhanced thermal performance supports reliable operation in high-power applications;
- improved system economics through a hybrid SiC design optimized for large-scale deployment.
The design win builds on a long-standing strategic relationship between onsemi and Sungrow. Through engineering and validation activities, the companies say they collaborated throughout platform definition, system optimization and qualification to meet the demanding performance requirements of next-generation energy storage deployments.
“PowerTitan 3.0 represents Sungrow’s continued innovation in advanced energy storage system design,” says Chen Peng, general manager of the Energy Storage Conversion product line at Sungrow Energy Storage business unit. “By integrating advanced technologies and collaborating with strategic partners such as onsemi, Sungrow is accelerating the deployment of higher-performance storage solutions that deliver greater value throughout the lifecycle of energy assets. With growing market recognition, Sungrow estimates delivering 10GWh of PowerTitan 3.0 across Europe in 2026, further supporting the region’s transition toward a more flexible and resilient energy system,” he adds.
“At utility scale, even small improvements in power conversion efficiency can have a meaningful impact on battery energy storage system (BESS) performance and total cost of ownership,” says Sergio Fissore, VP & general manager, IPD Power Division, onsemi. “Our EliteSiC hybrid power module enables higher-efficiency, higher-density energy storage systems that help maximize usable energy and improve system reliability,” he adds. “Together with Sungrow, we’re advancing the power conversion technologies needed to support the next generation of energy infrastructure.”
At utility scale, even small efficiency improvements can generate meaningful financial and environmental benefits. According to onsemi analysis, a 0.4% efficiency improvement delivered by the new SiC hybrid module could save more than 475MWh of energy annually in a 100MW battery energy storage installation compared with the previous-generation module.
Those energy savings can help to reduce operating costs, increase usable energy delivered to customers and lower overall emissions. The architecture also enables higher overload capability and improved thermal performance, helping customers to extract more usable energy from every storage asset.
Supporting the infrastructure behind the AI era
Utilities and energy providers are seeking ways to store more energy, reduce conversion losses and improve overall system economics to meet unprecedented demand amid the AI infrastructure buildout and electrification transition, notes onsemi.
Industry forecasts project that the battery energy storage market will more than double by 2030 as utilities invest in infrastructure needed to support increasing electricity demand and renewable energy deployment. At the same time, energy storage providers are moving toward higher-power, higher-voltage architectures to improve system economics.
