We are pleased to announce the successful integration of silicon carbide (SiC) technology into our Active Harmonic Filter (AHF) and Static Var Generator (SVG). This development represents more than a simple product upgrade; it marks a significant shift in the power quality industry, moving from traditional IGBT-based platforms to SiC technology.

Silicon Carbide (SiC) technology  offers the following advantages:

Compact Design and Higher Power Density

SiC devices are thinner and more thermally efficient than conventional silicon devices, enabling a reduction in cabinet size of up to 40% without altering output capacity. The resulting increase in power density and reduction in weight assist customers in lowering installation and cooling costs, while also improving deployment flexibility.

Millisecond-Level Response and Intelligent Control

SiC supports ultra-high-speed switching. When combined with our proprietary real-time digital control algorithms, the system can detect, analyse, and manage harmonic distortion and reactive power within milliseconds. The intelligent control module features adaptive learning capabilities, allowing automatic optimisation, reducing maintenance requirements, and extending equipment lifespan.

Up to 50% Improvement in Energy Efficiency, Supporting Sustainable Development

SiC significantly reduces switching losses and optimises thermal management, resulting in system efficiency improvements of up to 50% compared with traditional IGBT solutions. Lower energy consumption and reduced heat generation help businesses meet carbon reduction targets, in line with global sustainable development standards.

Designed for the Future Power Grid

Leveraging the characteristics of SiC, our R&D team has completely redesigned the platform, from circuit topology to cooling structure. This solution is fully prepared for applications involving distributed energy resources, electric vehicle charging stations, and renewable energy integration. Its modular design and intelligent communication interfaces support seamless integration into digital intelligent power management networks.

We will continue to share new technologies to contribute to the advancement of power quality. Please contact us for further information or to discuss a solution tailored to your needs