Sungrow Unveils Next-Gen PV, Storage and Hydrogen Solutions at GRES 2026
Sungrow showcased next-generation PV, energy storage, hydrogen, EV charging, and grid-forming technologies at its Global Renewable Energy Summit 2026.
May 07, 2026. By Mrinmoy Dey
Throughout the summit, Sungrow unveiled a series of developments, including diversified, scenario-driven solutions for a sustainable energy ecosystem – spanning PV-BESS integration, mining microgrids, EV charging, and PV-BESS-hydrogen applications – alongside multiple technological breakthroughs, new whitepapers, and real-world testing and case studies.
Jack Gu, Vice Chairman of Sungrow, said, “We believe a premium energy solution requires multi-energy integration for low-cost power, systematic grid-forming technologies for power stability, and customised designs to adapt to different scenario needs. We deliver low-cost green power through deep PV and storage integration. ‘From every ray, to every watt, for every return’ — this is how we maximise value across the entire energy chain.”
During the summit, Sungrow introduced PowerMatrix, a new system paradigm for renewable energy systems. Built on five core innovations – multi-port topology, native PV-storage integration, distributed control, reconfigurable energy paths, and source-level grid-forming – it integrates PV, storage, grid, and loads into a unified, multi-node energy network, where energy can be dynamically routed, balanced, and optimised in real time. As a result, this system-level redesign reshapes system stability, cost, and efficiency across the entire power chain. Sungrow also unveiled the Matrix Inverter, the core product enabling the PowerMatrix system.
A key highlight was the introduction of PowerTitan 3.0, Sungrow’s next-generation utility-scale energy storage system. Engineered for high profitability, enhanced safety, and robust grid-forming capabilities, the system integrates 600+ Ah stacked battery cells with a fully liquid-cooled SiC PCS, achieving a round-trip efficiency (RTE) of up to 92 percent. Featuring an AC block design that supports factory pre-installation and pre-commissioning, the system also enables self-configuration and self-check within one hour, enabling a 1 GWh project to be deployed in just 12 days, stated the company.
Sungrow also released the AI Data Center Full-chain Power Supply Solution White Paper, outlining key trends, challenges, and the evolution of power supply technologies for AI data centers. The paper presents a grid-to-chip solution based on the “Green–Gray–White” three-space architecture, designed to support MW-level racks and GW-scale clusters while enhancing safety, stability, and low-carbon performance. In addition, Sungrow will also launch a new generation of high-efficiency Solid-State Transformer this year, said the company.
Sungrow jointly released a white paper on mining microgrid power solutions with TÜV Rheinland and China Electrotechnical Society. The whitepaper presents a proprietary full-stack mining microgrid solution designed for a wide range of applications – from medium-scale systems (2.5 MW–20 MW) and large-scale projects (20MW–100MW) to multi-microgrid clusters above 100 MW. Built on a fully self-developed, tightly integrated system architecture spanning PV, wind, storage, charging, and integrated energy management systems, the solution enables coordinated assets control and optimised system performance in complex and remote environments, asserted Sungrow.
Sungrow Hydrogen showcased its cutting-edge green hydrogen technologies, focusing on wind-solar off-grid hydrogen production and modular turnkey solutions. Its upgraded PV-storage-hydrogen off-grid test platform has passed long-term tests, overcoming multiple core technical challenges. The company's off-grid hydrogen production solution has already successfully been deployed in Europe, contributing to the advancement of the hydrogen economy.
To address grid complexity and instability, Sungrow has developed comprehensive grid-forming (GFM) capabilities across solar, wind, and energy storage systems. At GRES 2026, Sungrow announced the successful completion of the world’s first large-scale full-condition grid-forming extreme test. The testing covered 14 scenarios over 138 hours and was independently witnessed and verified by TÜV Rheinland. The testing aligns with grid codes and requirements across major global markets, addressing growing challenges related to grid stability and high renewable penetration worldwide, the company stated.
In the C&I segment, Sungrow unveiled its full-scenario ecosystem, with the PowerKeeper, PowerStack, and PowerTitan series forming a comprehensive portfolio, and introduced that the PowerKeeper series successfully passed seven extreme challenge tests – making it the industry’s first modular C&I ESS validated under such comprehensive conditions. These tests span the entire lifecycle and a wide range of real-world scenarios, covering environmental resilience, structural integrity, and intrinsic safety. The PowerKeeper series "0 Waste, 0 Outage, 7 Ups" is designed to address pain points across the entire energy storage lifecycle – from design and installation to commissioning and maintenance.
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