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Guangte Electric's "Tianqi" Power Conversion System Energizes Meizhou Energy Storage Project, Supporting China Southern Power GridTime:2025-11-28 Guangte Electric Co., Ltd. announces the successful deployment and operation of its "Tianqi" brand integrated energy storage power conversion and step-up system at the YueZhi Energy Storage Project in Meizhou, Guangdong. This key project, developed in collaboration with China Southern Power Grid's energy storage subsidiaries, represents a significant step forward in stabilizing the regional power grid and integrating renewable energy sources. The Tianqi system is a pre-fabricated, containerized solution that combines advanced power conversion technology with a step-up transformer in a single, compact unit. This high level of integration simplifies installation, reduces the project's footprint, and enhances overall system efficiency and reliability for the end customer.
A Strategic Project for Peak Shaving and Grid Stability The Meizhou YueZhi project is a critical component of China Southern Power Grid's strategy to manage peak electricity demand and provide frequency regulation services. By storing energy during periods of low demand and releasing it during peak hours, the facility helps to prevent blackouts, reduce reliance on fossil-fuel peaker plants, and support the broader adoption of intermittent renewables like solar and wind. Guangte Electric's role in supplying the core power conversion equipment underscores the company's growing expertise and market leadership in the rapidly expanding energy storage sector. "Seeing our Tianqi system operational at such a strategic site is a testament to our engineering team's dedication and the robustness of our product design," said a spokesperson for Guangte Electric. "We are proud to contribute technology that directly supports a more resilient and sustainable power grid for Guangdong." The successful implementation of this project provides a replicable model for future energy storage deployments across the region, highlighting the critical role of innovative electrical equipment in the modern energy landscape.
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