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Wenergy has announced the opening of its Netherlands overseas warehouse, further advancing its localization strategy in the European energy storage market. The facility is aimed at improving supply chain efficiency and delivering faster, more responsive support to customers across the region. By pre-stocking core energy storage systems and essential spare parts, the warehouse significantly reduces delivery lead times from weeks to days. This enables greater certainty in project planning, helping customers streamline installation and commissioning processes while reducing downtime risks. The new warehouse strengthens Wenergy’s growing footprint in Europe, where the company already operates in over 30 countries. With established local offices and service teams in Germany, Italy, Poland, and the Netherlands, Wenergy ensures close-to-market support, backed by coordinated global resources for efficient project execution. In addition to logistics optimization, Wenergy offers end-to-end lifecycle services, including fast-response technical support, standardized operation and maintenance (O&M), and advanced AI-driven energy management solutions. These capabilities are designed to enhance system reliability, optimize performance, and maximize long-term value for customers. The launch of the Netherlands warehouse underscores Wenergy’s commitment to delivering localized, high-performance energy storage solutions and strengthening its role in supporting Europe’s clean energy transition.

On March 4, 2026, Wenergy showcased its latest battery energy storage systems (BESS) at ENEX 2026, one of the leading renewable energy exhibitions in Central and Eastern Europe. The company used the event to officially launch its Stars CL261 liquid-cooled C&I energy storage system, while announcing new strategic partnerships aimed at accelerating energy storage deployment across Europe.   The launch highlights Wenergy’s growing role in the Energy Storage Europe market, where demand for commercial and industrial energy storage (C&I ESS) continues to rise as businesses seek to integrate renewable energy and improve energy resilience.     Global Launch of the Stars CL261 Liquid-Cooled C&I Energy Storage System   The product launch opened with remarks from Susie Xu, Overseas Business Director of Wenergy, who emphasized the increasing importance of battery energy storage systems in enabling Europe’s clean energy transition. Customer representative Piotr Sololowski then shared insights from ongoing energy storage collaboration with Wenergy, highlighting the reliability of the company’s C&I BESS solutions and the value of long-term technology partnerships. The technical presentation was delivered by Senior Product Manager Starr. The liquid-cooled C&I ESS features a multi-layer safety architecture including ceramic insulation between cells, dual-level aerosol fire suppression, explosion-proof ventilation, and continuous BMS monitoring. With optimized thermal management and high-efficiency PCS integration, the system achieves over 90% round-trip efficiency while reducing installation footprint by 36%, making it well suited for commercial and industrial sites with limited space.   Project examples presented during the session demonstrated how Wenergy’s BESS technology supports applications such as peak-valley energy arbitrage, grid services participation, and renewable energy integration across international markets.     Full-Scenario Energy Solutions Powered by EMS Wenergy also highlighted its Energy Management System (EMS) platform, which acts as the intelligent control layer for C&I energy storage systems. The EMS enables advanced operational strategies including electricity price tracking, peak-valley optimization, demand control, PV self-consumption, and off-grid operation, helping commercial users maximize the value of PV + storage systems. During the event, Mieszko Stubinski, a regional partner of Wenergy, shared real-world project insights demonstrating how the EMS platform supports localized energy management. One example featured a bus charging station in Poland, where solar energy stored during the day is discharged at night to power electric buses, significantly reducing grid electricity costs while supporting cleaner public transport.     Strategic Partnerships Accelerate Energy Storage Growth in Europe ENEX 2026 also provided the stage for Wenergy to sign strategic cooperation agreements with multiple energy companies across Poland and Central & Eastern Europe. The partnerships will focus on joint project development, localized technical services, and market expansion for commercial and industrial BESS solutions. With established offices, service networks, and regional warehouses across Europe, Wenergy continues to strengthen its local presence and customer support capabilities. By combining advanced liquid-cooled energy storage technology, intelligent EMS platforms, and global project experience, Wenergy aims to accelerate the adoption of safe, efficient, and scalable energy storage solutions across the European energy storage market.

The steel industry is undergoing a profound transformation driven by energy cost volatility, decarbonization pressure, and electrification of production processes. As one of the most energy-intensive industrial sectors worldwide, steel manufacturing is increasingly turning to battery energy storage systems (BESS) as a core enabler for operational efficiency, grid flexibility, and low-carbon transition.   1. Energy Intensity of Steel Production Steelmaking accounts for approximately 7–9% of global industrial energy consumption, making energy management a critical operational concern. Modern steel production relies on both blast furnaces (BFs) and electric arc furnaces (EAFs): Electric arc furnaces typically consume 400–600 kWh of electricity per ton of steel, with highly dynamic and fluctuating load profiles. Blast furnace processes require sustained high-temperature heat, traditionally supplied by coal and natural gas, resulting in high energy costs and carbon emissions. This combination of high base load, peak demand, and continuous operation creates significant challenges for grid stability and cost control.   2. Regional Energy Mix and Cost Volatility The energy mix for steel production varies by region: In many developing markets, steel plants remain heavily dependent on coal- and gas-fired energy, exposing operations to fuel price volatility. In developed regions, steelmakers are increasingly shifting toward EAF-based production powered by electricity, including renewable energy sources. However, without adequate energy storage, the intermittency of renewable power limits its effective utilization in steel manufacturing.   3. Peak Load Pressure and Grid Constraints Steel plants experience frequent electricity demand spikes, particularly during furnace start-up, melting, and forging stages. These peaks result in: Higher demand charges and time-of-use tariffs Increased risk of grid penalties or curtailment Potential production disruptions Battery energy storage systems provide a critical buffer, enabling load leveling and peak shaving to stabilize energy supply.     How Battery Energy Storage Systems Transform Steel Manufacturing   1. Peak Shaving and Load Smoothing BESS stores electricity during off-peak periods and discharges during peak demand, enabling: Reduced electricity tariffs Lower grid dependency Smoother power profiles for energy-intensive equipment Industrial studies indicate that steel producers can achieve 10–30% electricity cost savings through optimized energy storage deployment, depending on local pricing mechanisms.   2. Supporting Electrification of High-Temperature Processes As steelmakers explore electrification of heat-intensive processes, BESS ensures a stable and continuous power supply by storing renewable electricity and dispatching it on demand.   3. Furnace Load Management Electric arc furnaces generate sudden and significant power fluctuations. BESS mitigates these impacts by: Absorbing short-term load spikes Enhancing grid stability Reducing penalties related to demand surges   4. Maximizing On-Site Renewable Energy Utilization Steel plants increasingly deploy on-site solar PV and wind power to reduce emissions. BESS enables: Storage of excess renewable energy Dispatch during non-generation periods Increased self-consumption rates 5. Leveraging Time-of-Use and Dynamic Pricing In markets with dynamic electricity pricing, BESS allows steel producers to: Charge during low-price periods Discharge during peak-price hours Optimize energy procurement strategies   6. Enhancing Energy Resilience and Continuity BESS improves operational resilience, ensuring continued production during: Grid outages Voltage instability Remote or weak-grid conditions 7. Enabling Decentralized and Flexible Energy Models With energy storage, steel plants can participate in: Local energy sharing or microgrids Grid ancillary services Export of surplus stored energy   8. Reducing Transformer and Infrastructure Stress By acting as an energy buffer, BESS reduces stress on transformers and electrical infrastructure, extending asset lifespan and lowering maintenance costs.   9. Supporting Regulatory Compliance and Decarbonization Energy storage provides the flexibility needed to meet carbon reduction targets, efficiency mandates, and emerging industrial energy regulations in a cost-effective manner.   10. Improving Operational Predictability BESS enables better forecasting and control of energy usage, reducing exposure to price volatility and production uncertainty.   11. Integrating Waste Heat Recovery Systems Electricity generated from waste heat recovery can be stored in BESS and reused across plant operations, further enhancing overall energy efficiency.     Energy Storage: A Strategic Asset for the Steel Industry   Beyond cost savings and emissions reduction, battery energy storage systems are becoming a strategic infrastructure component for modern steel production. By enabling electrification, grid flexibility, renewable integration, and operational resilience, BESS supports the steel industry’s transition toward low-carbon, efficient, and future-ready manufacturing.   As energy systems evolve, energy storage will play a decisive role in reshaping how steel plants produce, manage, and consume power — turning energy from a constraint into a competitive advantage.

Wenergy has confirmed its participation in ENEX New Energy 2026, taking place on March 4–5, 2026, in Kielce, Poland.  

Wenergy has further strengthened its presence in the European energy storage market by signing a 100 MWh per year battery energy storage system (BESS) agreement with a strategic partner from Slovenia. The agreement was finalized during a recent visit to Wenergy’s manufacturing facility, marking a new stage in long-term cooperation and localized deployment across Europe.     The partnership is built on successful project execution in complex environments. In an earlier collaboration, Wenergy delivered a PV + battery energy storage + static transfer switch (STS) solution for a hotel in the Alpine region. Engineered for high-altitude and harsh climatic conditions, the system enabled peak shaving, valley filling, on-site self-consumption, and energy arbitrage, while also providing stable backup power during the winter off-season. The project validated the system’s operational reliability, safety performance, and environmental adaptability.     Wenergy’s Slovenian partner is among the country’s leading smart electricity meter manufacturers and grid software developers, with deep expertise in power systems, grid intelligence, and EPC project execution. Its entry into the energy storage sector represents a strategic extension of its core capabilities, enabling the delivery of integrated smart grid and user-side energy storage solutions.   The newly signed 100 MWh annual agreement underscores strong technical alignment, proven collaboration, and growing market confidence in Wenergy’s scalable, high-safety energy storage solutions.     Going forward, Wenergy will continue to collaborate with European partners to accelerate BESS deployment, support grid flexibility and energy transition goals, and contribute to the development of resilient, efficient, and low-carbon energy infrastructure worldwide.      

Wenergy recently hosted a delegation led by Dr. Michael A. Tibollo, Associate Attorney General of Ontario, Canada, for a technical and strategic exchange focused on energy storage systems and potential cooperation opportunities. The delegation included representatives from the government, business, and energy sectors.         During the visit, Wenergy presented its comprehensive portfolio of energy storage systems and scenario-based solutions, covering applications across grid support, renewable energy integration, and mobile power supply. Discussions centered on key industry topics, including system cost-effectiveness, operational safety, and stable performance under extreme climate conditions, as well as the coordinated operation of energy storage systems with wind power.         A major focus of the exchange was Wenergy’s Turtle Series Container ESS, which was demonstrated on site. The delegation explored practical application scenarios such as ice and snow melting on frozen road curves, anti-skid support on sloped roads, emergency power supply, and temporary power for large-scale events. These discussions highlighted the role of mobile energy storage in enhancing infrastructure resilience and public safety in harsh weather environments.         With a full range of internationally certified energy storage products and extensive project experience, Wenergy continues to accelerate its global expansion strategy. The company is actively engaging with partners in the North American market to support energy transition, grid resilience, and the deployment of advanced energy storage solutions worldwide.