Elecnova Participated in the Warsaw Battery Forum in Poland 2025 May.23

Exhibition Highlights

The Battery Forum Poland 2025 was held at the Warsaw International Exhibition Center from May 20 to 22, 2025. The forum focused on the development of energy storage systems in the context of Europe's energy structure transformation, covering multiple technical topics such as battery manufacturing, energy storage system integration, and power system access. It is an energy storage professional exhibition with industry influence in Poland and Central Europe.

As a supplier specializing in highly integrated energy storage system solutions, Elecnova showcased its ECO-E233LS liquid-cooled all-in-one energy storage cabinet and ECO-B20FT5015LP energy storage container products at the exhibition. Focusing on the three major directions of "modularization, intelligence, and localization", it demonstrated its energy storage product capabilities and system design ideas for European industrial and commercial and large-scale power grid scenarios.

Accurately adapt to medium and large-scale industrial and commercial energy storage scenarios: ECO-E233LS liquid-cooled energy storage cabinet

ECO-E233LS is an all-in-one liquid-cooled energy storage cabinet with high integration, excellent temperature control capability and parallel flexibility, which is particularly suitable for industrial and commercial energy storage, microgrids, park-level backup power supply, etc. The physical product cabinets exhibited at the Warsaw exhibition can provide visitors with a close-up understanding of their structural layout, interface design, and safety and fire protection solutions.

At the exhibition site, several local engineering companies, power technology consultants, and EPC representatives from Poland expressed strong interest in the weather resistance, liquid cooling maintenance logic, and grid connection scheme of ECO-E233LS in outdoor installation environments, and exchanged views on its operational benefits under the local electricity pricing mechanism.

Serving grid-level and large-capacity scenarios: ECO-B20FT5015LP energy storage container

In addition to standardized cabinet products, Elecnova also demonstrated on-site solutions for grid-side frequency regulation, large industrial parks and photovoltaic power station scenarios - the ECO-B20FT5015LP energy storage container.

As a 20 foot liquid cooled energy storage system, this product has higher integration and construction convenience, with a single capacity of 5.015MWh. It can be used as the "basic unit" of distributed energy storage systems to build energy storage station projects with a capacity of over 10MWh.

For the Polish market, which is promoting the increase of renewable energy access and initiating the construction of regional power regulation markets, ECO-B20FT5015LP represents Elecnova's systematic capability in the direction of "large-scale energy storage station construction".

Current status and opportunities of new energy development in China and Europe

In recent years, Poland has been facing the problems of "high volatility of new energy, significant price differentiation, and increased pressure on grid regulation" in promoting the development of new energy power, which has attracted the attention of the overall market. Energy storage systems are gradually becoming the "new infrastructure" in the market consensus.

Elecnova's appearance at the Warsaw Battery Forum in Poland is based on its in-depth understanding of the local policy environment, typical application scenarios and project promotion mechanisms, and it has demonstrated a high degree of adaptability in product configuration, system integration and delivery methods.

Continuously deepening energy cooperation between China and Europe

In the future, Elecnova will continue to deepen its cooperation network with the Polish and Central European markets, providing more professional, flexible, and secure energy storage products and project support services to help local customers promote the implementation of green power projects.