Deeply Cultivate SiC Technology, Raise Inverter Efficiency to New Heights

We focus on in-depth R&D and industrial application of SiC technology. With solid technological innovation, we redefine the boundary of power conversion efficiency, and provide global customers with high-efficiency, stable and reliable energy conversion solutions.

Traditional silicon-based inverters are limited by material properties, featuring high switching loss, low operating frequency and poor heat dissipation. Their conversion efficiency is locked at a low level, failing to meet the lightweight, high-frequency and high-efficiency demands of modern portable energy storage.

As a wide-bandgap semiconductor, SiC delivers outstanding advantages: ultra-low switching loss, high temperature resistance, high breakdown voltage and excellent thermal conductivity. It fundamentally surpasses the performance limitations of conventional silicon solutions.

SiC MOSFET greatly cuts switching and reverse recovery losses, and supports much higher operating frequency. Under the same working conditions, SiC inverters reduce total power loss significantly and achieve an ultra-high conversion efficiency far beyond traditional products, maintaining superior performance even under light-load operation.

With excellent high-temperature endurance, SiC devices operate stably under extreme thermal conditions, effectively downsizing heat dissipation structures and improving overall operational reliability. Higher operating frequency also miniaturizes inductors and capacitors, greatly boosting power density while realizing high efficiency and portability.

We have established a complete SiC technology R&D system, achieving independent control over core links including device selection, topology design and thermal management. By adopting self-developed control algorithms and advanced packaging processes, we fully release the performance advantages of SiC, ensuring long-term stable high-power output.

Our SiC-enabled inverter and portable energy storage products are widely applicable to outdoor camping, emergency power supply and residential PV energy storage scenarios, maximizing energy utilization efficiency.

In the competitive energy storage market, core technology is the foundation of long-term development. Rooted in SiC innovation, we continuously break efficiency limits and set new industry benchmarks with low loss, high efficiency and high stability.

Moving forward, we will keep exploring wide-bandgap semiconductor technologies, empower product upgrading with solid R&D strength, contribute to global green energy development, and bring reliable and efficient independent power solutions to users worldwide.