Gredewi Makes a Splash at ESIE 2025: Showcasing Innovations in Energy Storage and Smart Energy Solutions

Source Network Load Storage: Intelligence Across Miles! Goodwe Makes a Strong Debut at the ESIE International Energy Storage Exhibition

On April 10, 2025, the 13th International Energy Storage Summit and Exhibition (ESIE 2025) kicked off at the Beijing International Convention Center. As one of the largest and most influential events in the global energy storage sector, the exhibition showcased cutting-edge trends in energy storage technology and market applications. Goodwe made a significant appearance under the theme “Source Network Load Storage: Intelligence Across Miles” by presenting comprehensive solutions covering residential, commercial, and ground energy storage, effectively demonstrating the entire ecosystem from energy production and storage to consumption and smart management.

Integrated Source Network Load Storage: All-Scenario Solutions Accelerating Energy Transformation

At this energy storage exhibition, Goodwe showcased its home energy storage solutions, including the Xuri series photovoltaic building materials paired with ET hybrid inverters, Lynx F batteries, and the ES Uniq energy storage system with Lynx U series batteries. The ES Uniq series single-phase energy storage inverters, specifically designed for residential applications, combine efficiency and cost-effectiveness, seamlessly switching to backup power within <4 milliseconds. The AI-driven AFCI 3.0 arc protection supports microgrid operations of photovoltaic inverters. Additionally, the ES Uniq is equipped with a three-in-one port for generators, backup power, and smart loads, catering to various scenario needs for efficient energy storage.

Complemented by the Lynx Home U series batteries, which are low-voltage lithium batteries designed specifically for residential use, this product utilizes an advanced six-layer safety protection system, capable of sustained 0.9C charging and 1C discharging. It supports up to 30 parallel connections to expand capacity to 150 kWh. Moreover, the -20°C low-temperature heating technology ensures stable battery operation.

To address urban household space constraints, Goodwe launched a balcony photovoltaic product that features a minimalist design and flexible installation technology, transforming small spaces into efficient power stations. The exhibition also marked the first presentation of the Goodwe heat pump series, which integrates the “light-storage-heat” synergy to achieve clean alternatives for high-energy scenarios such as winter heating and hot water supply, optimizing household electricity costs while enhancing comfort.

The home storage series solutions utilize the SEMS Smart Energy Management System to monitor and manage distributed energy in real-time. By leveraging big data analysis and intelligent algorithms, they optimize energy scheduling, reduce energy costs, and improve energy utilization efficiency, achieving comprehensive energy management and optimization.

Integrated Source Network Load Storage Solutions for Industrial Parks

For commercial applications, the “Galaxy” series photovoltaic building materials convert building facades and rooftops into power generation units. The ESA261kWh outdoor energy storage integrated cabinet utilizes the next-generation 314Ah high-energy-density battery cells, highly integrated with a 3S system, offering advantages in longevity, safety, and cost-effectiveness. It supports up to 10 units in parallel, reaching a maximum output of 1.25MW/2.61MW, along with AI-driven battery diagnostics and health predictions. The Goodwe PCS 125kW series string inverters feature a modular design, flexible output placement, and support for both grid-connected and off-grid operations, perfectly adapting to mainstream battery cells in the market by integrating various energy storage systems based on customer needs to create higher economic returns.

The “integrated solar storage charging carport” solution combines the ESA100kWh storage system, Arctic series photovoltaic building materials, and smart charging piles to create a zero-carbon closed-loop system for “photovoltaic power generation → energy storage peak-shaving → electric vehicle charging.” This solution is suitable for parking lots and industrial parks, promoting a transition in transportation energy from dependence on the grid to self-sufficiency through a “self-consumption + surplus electricity online” model. The latest PCS215kW + boost AC integrated cabinet, showcased at the exhibition as a core module of the energy storage system, employs intelligent grid connection algorithms and features such as virtual synchronous machines and black start capabilities. With a maximum efficiency of 99.01%, it is compatible with various lithium-ion batteries, and includes second-level surge protection for both AC and DC, with an IP66 rating for dust and water resistance, ensuring the safety of the energy storage system.

The modular design of the boost AC integrated cabinet supports the mixed use of new and old batteries, flexibly adapting to changes in grid strength, thus overcoming site constraints and operational challenges, providing strong support for the widespread application and long-term stable operation of energy storage systems.

Smart Energy WE Platform: Unlocking the Value of Virtual Power Plants

The Goodwe Smart Energy WE Platform acts as the digital brain for “Source Network Load Storage,” employing AI algorithms for cross-regional energy scheduling and virtual power plant aggregation management. It constructs a digital, systematic, intelligent, and market-oriented energy framework, offering services that secure energy assets, maintain value, reduce costs, enhance efficiency, and increase value. By aggregating various distributed energy sources, the platform provides core support capabilities for future participation in electricity trading markets for new energy assets.

Collaborative Ecosystem: Building an Energy Storage Ecosystem Together

During the exhibition, Goodwe signed a strategic cooperation agreement with the National Urban Investment Industry Cooperation Organization, Xiamen New Energy Technology, and Ruipu Lanjun New Energy. The collaboration will focus on areas such as energy storage system integration, battery technology innovation, and smart energy platforms. The strategic signing was witnessed by the Secretary-General of the All-China New Energy Chamber of Commerce, Zeng Shaojun, and Goodwe’s Vice President Wang Yingge. Goodwe’s Vice President Hou Xiangyong and Zhang Wenbing, General Manager of Goodwe Power Technology (Guangde) Co., Ltd., also attended the signing event.

At the “Goodwe Night” event held concurrently, Vice President Wang Yingge delivered a keynote speech on the theme “Source Network Load Storage: Intelligence Across Miles.” He emphasized that after thirteen years of development, Goodwe has evolved beyond being a single equipment supplier, establishing a comprehensive landscape for “Source Network Load Storage.” On the “source” side, Goodwe is capturing the trillion-yuan building photovoltaic market with its BIPV photovoltaic building materials product matrix, while its photovoltaic carports and integrated solar storage charging solutions continue to lead the industry. In terms of “storage,” Goodwe has been developing energy storage technology since 2012, creating a complete range of energy storage products for residential, commercial, and ground-mounted systems, forming the “energy hub” for the new power system. On the “load” side, Goodwe’s “Electric More” initiative offers distributed photovoltaic turnkey projects and has innovatively introduced Goodwe thermal air source heat pump products, achieving full-cycle energy coverage for households. Finally, on the “intelligence” front, Goodwe’s smart energy platform has collaborated with over 8GW of distributed energy, using virtual power plant technology to empower market-oriented electricity trading and build an intelligent brain for the coordinated dispatch of “Source Network Load Storage.” Transitioning from inverter breakthroughs to a smart energy ecosystem, Goodwe is driving the energy system towards a “low-carbon, resilient, economically efficient” future.

In the future, Goodwe will continue to focus on technological breakthroughs and ecological collaboration, ensuring that every kilowatt-hour of electricity generates maximum value.