en.Wedoany.com Reported - On April 1st, under the theme "Mastering the Grid Without Boundaries, Intelligently Matching the Full Spectrum," Hoymiles debuted two strategic new products in Beijing: the 460kW high-flexibility string PCS and the 1725kW strong grid-forming PCS, comprehensively showcasing breakthroughs in energy storage system technology and systematic capabilities.
The energy storage industry is accelerating into a new stage centered on "system value." Leveraging 14 years of power electronics technology accumulation and a global layout, Hoymiles has expanded from the microinverter field to complete solar-plus-storage systems, establishing a global operational system with 5 regional headquarters, 4 manufacturing bases, and over 20 local support centers. Its product portfolio covers diverse solar-plus-storage scenarios, and its smart solar-plus-storage solutions serve millions of users in over 190 countries and regions worldwide.
In his opening speech, Hoymiles President Yang Bo stated that the energy storage industry is transitioning from policy-driven to market-driven value creation, with competition escalating into a comprehensive contest involving full-scenario solutions, full lifecycle value, and whole-industry-chain synergy. Hoymiles continues to increase R&D investment and global expansion, and the two new products launched are a direct response to industry trends.
Addressing the limitations of traditional PCS solutions, Hoymiles' two new products directly tackle industry pain points. The 460kW high-flexibility string PCS boasts excellent system compatibility, adapting to two mainstream system configurations. It utilizes liquid cooling technology, operating without derating at water temperatures up to 60°C, with internal module temperature differences controlled within 2°C. This extends the lifespan of core components by over 20%. Its full-load charge/discharge efficiency exceeds 98.5%, with peaks reaching 99%, helping to increase annualized returns by up to 1.5%. The 1725kW strong grid-forming PCS focuses on stable grid formation, relying on six core capabilities to provide system-level stability support. Its liquid-cooled design achieves a maximum efficiency of 99.04%. It operates stably from -40°C to +60°C, maintaining rated power without derating at 51°C, and can achieve 1.1 times power long-term overload operation at 40°C, easily handling global climate conditions.
Following the product launch, Hoymiles held a strategic cooperation agreement signing ceremony with TÜV SÜD for grid-forming certification. Both parties will engage in in-depth cooperation in areas such as testing and certification of grid-forming energy storage products and research on standard systems, promoting the upgrade of safety and compliance standards in the energy storage industry.
While accelerating new product launches, Hoymiles is also actively expanding ecosystem partnerships. During the exhibition, Hoymiles signed a strategic cooperation framework agreement with Henan Pinggao Smart Energy Co., Ltd., integrating the advantages of both parties to explore markets around the "30·60" dual-carbon goals. It also reached a strategic cooperation with China National Chemical Engineering Group Electromechanical Construction Co., Ltd., focusing on key aspects such as energy storage project development, investment, and construction, forming an integrated "investment-construction-operation" synergy mechanism. They will explore innovative models like joint ventures, expanding into diverse scenarios such as wind power, carbon assets, and source-grid-load-storage. Furthermore, Hoymiles established a comprehensive partnership with Chuneng New Energy Co., Ltd. to promote long-term, in-depth, and pragmatic cooperation, jointly exploring, cultivating, and expanding the market.
More of Hoymiles' cutting-edge technologies and innovative achievements are being showcased at the exhibition. Partners from all sectors are cordially invited to visit the booth, experience the highlights of the new products, exchange insights on energy storage technology and market trends, and jointly explore development opportunities and collaboration spaces under the new power system.
This article is compiled by Wedoany. All AI citations must indicate the source as "Wedoany". If there is any infringement or other issues, please notify us promptly, and we will modify or delete it accordingly. Email: news@wedoany.com
