Sungrow Unveils Full-Scenario Energy Solutions at GRES 2026
Sungrow, the world’s leading provider of PV inverters and energy storage systems, showcased its full-scenario energy solution at the Sungrow Global Renewable Energy Summit (GRES) 2026 on April 24th, laying out a comprehensive roadmap for addressing surging industrial power demands through integrated, scenario-specific energy solutions.
A Market in Transformation
The scale of the challenge is significant. Combined annual electricity demand from sectors including mining and microgrids, hydrogen production, and EV charging is projected to reach 4,000 TWh by 2030, according to third-party analysis. Power costs have already become a defining operational challenge across these industries — but their requirements are far from uniform. Grid strength, load conditions, operating environments, and power quality specifications vary widely, making one-size-fits-all approaches inadequate.
Sungrow’s position, articulated at the summit by Dr. Jack Gu, is that premium, customized energy solutions are the only viable answer to such structural diversity.
Four Scenarios, Four Solutions
AI Data Centers (AIDC)
Data center power demand is growing rapidly alongside AI infrastructure build-out. Sungrow entered the AIDC market last year with a grid-to-chip solution and is now expanding its offering with a dedicated Solid-State Transformer (SST) solution designed specifically for data centers. The SST architecture reduces physical footprint while improving efficiency. Sungrow is also integrating grid-forming technology into its AIDC energy storage systems to mitigate grid disturbances and strengthen overall system stability.
Mining Microgrids
Remote mining operations face some of the most demanding energy conditions: limited grid access, complex and variable loads, and strict power stability requirements. Sungrow’s integrated PV–wind–storage–EV charger–controller solution targets a 20–50% reduction in energy costs compared to diesel generation. Advanced system simulation enables tailored equipment configurations, while a five-level progressive protection system is designed to maintain stable operations under extreme conditions.
PV-ESS-EV Charging Integration
Poor coordination between system components is a common failure point in EV charging deployments, leading to underperformance and reduced returns. Sungrow addresses this with a fully integrated, AI-driven solution that claims to increase overall revenue by more than 50% through deep equipment synergy. Grid-forming technology has been extended to commercial and industrial (C&I) applications to absorb grid fluctuations from large-scale ultra-fast charging. The platform also supports integration with Virtual Power Plants (VPPs) through unified interfaces, opening additional revenue streams.
Hydrogen Production
For hydrogen applications, Sungrow combines PV, wind, storage, and hydrogen systems with DC coupling and flexible production technologies to reduce electricity costs by more than 10% and cut CAPEX by over 20% through optimized equipment configuration.
Renewable Energy as Primary Power
Sungrow frames these developments within a broader structural shift: renewable energy is no longer a supplementary resource but is becoming the primary power source for a growing share of global energy demand. That transition demands solutions built on multi-energy integration, systematic grid-forming capability, and scenario-specific customization — capabilities that Sungrow is positioning itself to deliver across the full spectrum of industrial applications.