The 13th International Energy Storage Summit and Exhibition (ESIE 2025) was grandly opened at the Beijing Capital International Convention and Exhibition Center from April 10 to 12, 2025. En New Energy was invited to participate in this summit.

At this exhibition, Ennew Energy brought six "star products", namely 5MWh container energy storage system (1P104S), 3.9MWh thermal storage frequency regulation energy storage system, immersion liquid cooling energy storage products, 125kW/261kWh industrial and commercial energy storage system, 215kW/418kWh industrial and commercial energy storage system, 100KWh air-cooled area dedicated energy storage system.
At the new product launch conference, the company launched the 3.9MWh thermal storage frequency regulation energy storage system, 418kWh industrial and commercial energy storage system and photovoltaic storage diesel integrated system solution.
The 3.9MWh thermal storage frequency regulation energy storage system can respond quickly to AGC and effectively increase the revenue of thermal power plants. According to the installed capacity of the power plant units, the customized thermal storage joint adjustment solution can accurately control the battery temperature difference within ±2℃ through distributed liquid cooling technology, and has the millisecond-level precise control of charging and discharging capabilities. After the project is put into operation, it has the advantages of fast adjustment rate, high precision, short response time, and strong two-way adjustment capability.
The 418kWh industrial and commercial energy storage system can achieve AC400 volts AC output on the AC side when the high voltage input is 1330V DC. At the same time, it can effectively improve the energy density per unit area of the cabinet, effectively save customers' construction area, and reduce investment costs.
The integrated photovoltaic storage and diesel system solution is designed for areas with weak power grids. It adopts the energy architecture of "photovoltaic as the main, diesel as the auxiliary, and intelligent energy storage" to perfectly solve the power supply problems in remote areas, mines, ports and islands. The system achieves a 15% increase in power generation efficiency through DC coupling technology. With the intelligent energy management algorithm, it can dynamically adjust the photovoltaic-storage-diesel output ratio, significantly reducing operating costs while ensuring 99.99% power supply reliability.

During the exhibition, the company not only demonstrated its core technology strength and product advantages, but also actively participated in many industry forums and seminars. Chen Jinfeng, director of the Energy Storage Division, deeply analyzed the connotation and logic of Document No. 136 on the spot, and pointed out how enterprises should develop and be self-consistent in the future. She said: "Driven by policies, companies that can retain customers are companies with higher awareness and long-term vision. Price wars can only kill opponents, but value wars can revive the industry."

This exhibition not only demonstrated the forward-looking layout of Energize in the field of energy storage, but also won high recognition from the professional audience on site. The company will take this exhibition as a development opportunity to deepen strategic cooperation with global partners, jointly promote the multi-field application of energy storage technology, and help achieve the "dual carbon" goal. As General Manager Yu Peng emphasized: "We must not only become a promoter of technological innovation, but also a practitioner of green energy transformation."

As the global demand for clean energy and energy storage technology grows, the company will keep pace with the times, continue to increase R&D investment and technological innovation, strengthen communication and cooperation with people inside and outside the industry, and continuously launch more innovative products and services to contribute more to promoting global energy transformation and green and low-carbon development.
