On March 5-7, the KEY ENERGY 2025 was held at the Rimini Expo Centre in Italy. As a global professional provider of energy storage system solutions, TWS Technology presented its new generation of energy storage solutions for the industrial and commercial and utility sectors, fully demonstrating its advanced storage technology and market layout, while meeting the diverse needs of the European market for green energy and energy interconnection.

At Key Energy 2025, TWS Technology showcased its comprehensive energy storage solutions, including the ProeM-2024 and MAX series C&I liquid-cooling energy storage cabinet, and the PowerCore 5MWh liquid-cooling container energy storage system. The ProeM series are the latest iterated C&I liquid-cooling energy storage cabinets and have four major advantages: high efficiency and flexibility, safety and reliability, convenient installation, and intelligence and friendliness. The ProeM supports 1C charging and discharging and is designed with different capacity configurations to fully and flexibly meet the application needs of different customers, making it suitable for a variety of energy storage application scenarios such as industrial parks, commercial complexes, charging stations, and microgrid systems. The MAX series, launched in 2025, is designed to meet the energy storage and regulation needs of commercial and industrial customers. It also boasts four key features: high efficiency and flexibility, easy installation, safety and reliability, smart and friendliness. The MAX series includes two models: Max-Pro and Max-Classic. Max-Pro is equipped with built-in PCS, enabling AC-DC integration, which saves space, simplifies on-site installation and commissioning, reduces after-sales maintenance, and enhances project safety, efficiency, and economic value. In utility-scale applications, the PowerCore 5MWh container energy storage system is equipped with a 1P104S liquid-cooling battery pack and supports 2-4-hour systems. With a high degree of system integration, it can be shipped in an integrated compartment, reduce installation and transportation costs, featuring high safety, high economy, and greater flexibility.

These three series of products have respectively passed European certifications including IEC62619, IEC63056, IEC62477, IEC62933, IEC61000, along with the UN38.3 international transportation safety report. These certifications not only represent high recognition of the quality and safety of TWS Technology's energy storage products, but also serve as a "passport" enabling smooth access to the European market. They ensure the rapid deployment and application in Europe, providing reliable energy storage solutions for European customers and the market. These products have been successfully applied to projects in overseas markets across Germany, the Netherlands, and South Africa, assisting industrial manufacturing enterprises and agricultural customers in achieving green transformation.

To better adapt to the European market, TWS Technology uses locally developed EMS (Energy Management System) in its energy storage systems, achieving localized technological R&D integration. This enhances product technical standards and reliability while enabling precise monitoring and management of the charging and discharging processes of the energy storage system. Tailored to the energy policies, electricity price fluctuations, and actual power demands across different European regions, the system optimizes operational efficiency. This measure not only elevates the overall performance and efficiency of the energy storage systems but also ensures the security of energy information.

TWS Technology is actively expanding its presence in the European market, having established a distributor network across multiple European countries. By gaining deep insights into local energy applications and customers preferences, the company delivers fast and efficient localized service support to its clients. Looking ahead, TWS Technology will further deepen collaboration with European partners, optimize its local operational and service systems, and explore new cooperation models, jointly driving innovation and application of energy storage technologies in Europe, and contributing to green transformation and sustainable development.