Goodwe Showcases Integrated Energy Solutions at SNEC ES+ 2025, Highlighting Home, Commercial, and Ground Applications

GoodWe showcased its integrated solution, “Source-Grid-Load-Storage Intelligence,” demonstrating its capabilities in residential, commercial, and ground scenarios. This event took place on October 10, 2025, during the 11th International Energy Storage and Battery Technology and Equipment Exhibition (SNEC ES+) at the Shanghai New International Expo Center. GoodWe presented innovative products and solutions that span the integrated framework of energy systems, highlighting its technical strengths and real-world application capabilities, making it one of the highlights of the exhibition.

Amidst the dual carbon goals and the full market entry of renewable energy policies, the contradictions between renewable energy volatility and insufficient grid flexibility are becoming increasingly pronounced. The demands for energy cost optimization, supply reliability, and green transformation continue to rise in both the commercial and residential sectors. The deep integration of solar energy and storage is the core pathway to addressing the challenges of renewable energy consumption. GoodWe’s Source-Grid-Load-Storage Intelligence framework is key to achieving efficient energy collaboration and truly unlocking energy value.

The product matrix displayed covers all scenarios, revealing the core highlights of solar-storage integration. GoodWe focused on three core solutions for residential, commercial, and ground applications, responding to various scenario needs through technological innovation. The residential energy storage products are designed to seamlessly integrate into home life, providing a new electricity experience for thousands of families. The ESA series 3-10kW residential energy storage unit is particularly popular, featuring a BACK UP port that allows for whole-home backup without the need for additional STS, simplifying installation and significantly reducing system costs. GoodWe’s heat pump employs a European ten-layer noise reduction technology, keeping operational noise below 39 decibels. This technology perfectly meets the quiet requirements of a five-constant system while using photovoltaic direct drive, fully self-researched, with a 3S system equipped with AI cloud control for an intelligent green lifestyle.

For the commercial sector, GoodWe’s integrated solar-storage solution boasts breakthroughs in efficiency and safety. Targeting industrial plants and parks, GoodWe offers the ESA series 125kW/261kWh commercial storage unit. This product utilizes fully self-researched technology to enhance both lifespan and safety. It is equipped with the GoodWe Smart Energy WE platform, enabling AI algorithm-driven peak-valley arbitrage, demand management, and emergency backup across multiple scenarios. The exhibition also featured a 50kW/100kWh commercial storage unit, which can be expanded by clustering up to four units, forming a system with a capacity of 4.5MWh that can quickly respond to load fluctuations and mitigate power limitations due to insufficient grid capacity. The design includes six layers of safety protection, supports AFCI 3.0, and features humidity monitoring with automatic dehumidification to ensure stable system operation.

An exciting highlight in the commercial sector is the solar-storage charging canopies. The Polar Series photovoltaic building materials feature a dual-chamber frame design that enhances structural strength and a system-level drainage technology suited for rainy regions. Coupled with intelligent charging piles, they create a closed-loop for “solar-storage charging.” The self-developed charging piles are not only perfectly compatible with GoodWe inverters but also support all major new energy vehicle brands, achieving intelligent matching of charging loads and photovoltaic output through the WE platform.

For large-scale ground storage scenarios, GoodWe presented the ICS series 5160K boost-converter integrated machine. Its modular design simplifies maintenance processes, while cluster management technology allows the PCS efficiency to reach 99%. This product supports various operational modes such as VSG/PQ and features off-grid black start and high-low voltage crossing capabilities, actively supporting grid stability and providing reliable support in harsh environments, such as deserts.

SNEC ES+ serves as a critical platform for industry technology exchange and as a window for GoodWe to showcase its strategic implementation. Transitioning from equipment supplier to energy ecosystem builder, GoodWe believes that “Source-Grid-Load-Storage Intelligence” is not merely a simple combination of technologies, but rather a means to realize the tripartite value of efficiency, cost, and ecology for every kilowatt-hour through data-driven approaches and ecological collaboration. In the future, GoodWe will continue to deepen technological innovation in solar-storage integration, promoting the construction of new energy systems and contributing to the global energy transition.