GoodWe Makes a Splash at ESIE2025: Ushering in a New Era of Energy Storage

On April 10, 2025, the highly anticipated 13th International Energy Storage Summit and Exhibition (ESIE2025) officially opened at the Beijing International Convention Center. As one of the largest events in the global energy storage sector, ESIE2025 showcased the latest innovations and market applications in energy storage technology, becoming a focal point for industry stakeholders.

This year, GoodWe presented its comprehensive energy storage solutions under the theme "Source, Network, Load, Storage: Intelligence Across Miles." The company showcased solutions for various scenarios, including residential, commercial, and utility-scale storage. GoodWe's booth attracted numerous visitors, highlighting its significant role in the energy transition.

For residential users, GoodWe exhibited its <b>Xuri Series</b> photovoltaic building materials, <b>ET Hybrid Inverter</b>, <b>LynxF batteries</b>, and the <b>ESUniq series</b> storage systems designed specifically for homes. These solutions combine efficiency, cost-effectiveness, and safety technologies, enabling seamless switching to backup power in under 4 milliseconds, thus revolutionizing the traditional home energy storage experience. Additionally, the AI-driven <b>AFCI 3.0</b> arc protection technology further enhances system safety.

At the exhibition, GoodWe also launched balcony photovoltaic products, offering urban households a space-saving power generation option. The innovative design and flexible installation methods allow small apartments to efficiently harness solar energy. For the first time, GoodWe showcased its heat pump product line, realizing a <b>“Light-Storage-Heat”</b> synergy that provides clean alternatives for high-energy scenarios such as winter heating and hot water supply, further reducing household electricity costs.

For commercial and industrial applications, GoodWe designed the <b>Galaxy</b> series of photovoltaic building materials, which can convert building facades and rooftops into power generation units. The <b>ESA261</b> outdoor energy storage integrated cabinet features advanced 314Ah high-energy density battery cells, demonstrating impressive research and development capabilities. By supporting parallel connections, users can achieve an overall power capacity of up to 1.25MW, significantly meeting market demands.

During the exhibition, GoodWe showcased its latest <b>PCS215kW+</b> boost inverter integrated cabinet, which serves as the core module of the energy storage system. It utilizes intelligent grid connection algorithms and includes features like virtual synchronous machine and black start capabilities, providing robust support for grid stability. The system boasts an impressive efficiency of 99.01%, marking GoodWe's advanced position in energy storage technology.

Also noteworthy is GoodWe's Smart Energy WE platform, which integrates AI algorithms for efficient cloud-based energy scheduling and virtual power plant management. This will facilitate the aggregation of various distributed energy forms and lay the groundwork for future participation in electricity trading markets.

Throughout the event, GoodWe signed strategic cooperation agreements with multiple companies, demonstrating its commitment to building a collaborative energy storage ecosystem. This year, GoodWe not only showcased technologically advanced products but also took solid steps in ecological cooperation.

<b>Wang Yingge</b>, Vice President of GoodWe, stated during the "GoodWe Night" speech that the company has evolved from a single equipment supplier to a comprehensive ecological provider of "Source, Network, Load, Storage, Intelligence." Moving forward, GoodWe will continue to focus on technological innovation and market demands, promoting intelligent energy management and sustainable development.

The efficient use of every kilowatt-hour is crucial not only for the electricity costs of households and businesses but also directly impacts our environmental goals. GoodWe will continue to lead industry trends, contributing more to a green and low-carbon future.