SHANGHAI, China – June 3–5, 2026 – SIFANG made a strong impression at the 19th SNEC International Photovoltaic Power and Smart Energy Conference & Exhibition in Shanghai, where it received two prestigious honors: “Global Smart Energy Award for Enterprise of the Year” and “Global Smart Energy Award for Frontier Technology”.
Throughout the event, SIFANG highlighted its latest portfolio of products and solutions, including integrated energy storage systems, grid-forming power conversion systems (PCS), solid-state transformers (SST), STATCOM/SVG, source-grid-load-storage and micro-grid EMS, as well as protection, automation, and control systems. Through on-site technical presentations and simultaneous live streaming, the company gave visitors a comprehensive look at its innovations and real-world applications in renewables and energy storage.
SIFANG’s exhibits drew significant attention from both domestic and international customers, thanks to the company’s leading technical capabilities and the strong market fit of its solutions. Management teams from top Indian renewable developers and EPC contractors, a major South Korean energy equipment group, a leading Turkish power engineering firm, and key Chinese energy enterprises visited SIFANG’s booth for in-depth discussions on collaboration opportunities in renewables, storage, microgrids, and smart energy.
In recognition of its outstanding technological innovation and industry contributions, SIFANG was awarded the : “Global Smart Energy Award for Enterprise of the Year” title jointly presented by the Global Green Energy Council, the Global Energy Storage and Battery Council, the Asia-Pacific New Energy Industry Association, and the Asian Photovoltaic Industry Association. The company also won the“Global Smart Energy Award for Frontier Technology” award for its project titled “Advanced Control Technology for Solid-State Transformers and Its Applications.”
Looking ahead, SIFANG remains committed to innovation-driven growth and will continue working with global partners to advance the low-carbon energy transition and help build a smarter, more efficient, and sustainable energy future.
