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

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.

2025 was a defining year for Wenergy, as global demand for reliable energy storage systems accelerated and the company advanced from rapid market expansion to scalable, repeatable execution.   Building on a strong domestic foundation, Wenergy successfully delivered battery energy storage systems (BESS) and integrated energy solutions in more than 60 countries, supporting applications across residential, commercial, industrial, and utility-scale scenarios. This year marked a clear strategic shift: from exporting products to deploying validated energy storage models, and from standalone systems to fully integrated clean energy solutions.     Global Energy Storage Deployment with Local Execution   Europe: A Core Market for Scalable Delivery     Europe remained a central pillar of Wenergy’s global strategy. With active projects across over 30 European countries, Wenergy built a localized delivery and service network aligned with EU grid codes, certification standards, and regulatory frameworks.   This structure enabled consistent project execution, faster response times, and reliable long-term operation of energy storage assets.   North America: Integrated Solar + Storage Solutions       In the United States, Wenergy delivered a utility-scale solar + energy storage + EV charging project using a DC-coupled system architecture. The project demonstrated Wenergy’s ability to design and deploy system-level integrated energy solutions in one of the world’s most technically and commercially demanding energy markets.   Africa: Energy Storage for Off-Grid and Industrial Use     In Zambia, Wenergy implemented a solar–storage–diesel hybrid microgrid serving mining and metallurgical operations. Operating under complex off-grid conditions, the project validated the reliability of Wenergy’s energy storage systems while highlighting the role of BESS in reducing diesel dependence and enabling clean energy transition in industrial environments.   To support long-term global execution, Wenergy strengthened localization through subsidiaries and overseas warehouses in Germany, Italy, and the Netherlands, improving delivery certainty, spare parts availability, and local technical support.     A Comprehensive, Globally Certified Energy Storage Portfolio   In parallel with geographic expansion, Wenergy continued to mature its full-scale energy storage product portfolio. From 5 kWh residential battery systems to 6.25 MWh liquid-cooled containerized BESS, Wenergy’s solutions now cover the full spectrum of energy storage applications, including: Residential self-consumption Commercial & industrial peak shaving Renewable energy integration Grid-scale and utility applications     New products were unveiled at major international industry platforms such as RE+ in the United States and The Smarter E Europe, reflecting Wenergy’s application-driven innovation strategy.   All core products achieved dual certification from SGS and TÜV, complying with key UL and IEC standards, ensuring broad global market access and regulatory compliance.     From Energy Storage Products to Integrated Energy Solutions     With a globally certified product platform in place, Wenergy moved beyond equipment supply toward solution-level value delivery.   In 2025, Wenergy entered a strategic collaboration with Ant Group, exploring the integration of blockchain technology with energy storage systems. The collaboration focuses on improving asset security, transparency, and lifecycle management within digital energy ecosystems. Meanwhile, the successful deployment of mobile energy storage systems at Hengdian World Studios demonstrated the flexibility of Wenergy’s customized solutions, offering a practical pathway for energy transition in temporary, mobile, and non-traditional power use scenarios.     Growing Industry Recognition and Brand Influence     As Wenergy’s integrated energy solutions gained traction across diverse markets, technical execution translated into broader industry recognition.   In 2025, Wenergy was awarded High and New Technology Enterprise (HNTE) and Emerging Energy Storage Enterprise of the Year, recognizing its innovation capability, technological depth, and long-term growth potential.   Throughout the year, Wenergy maintained a strong presence at leading global energy exhibitions across Europe, North America, Asia, and the Middle East, engaging with partners across the global energy storage and renewable energy ecosystem.     Looking Forward: Energy Storage as a Foundation for the Energy Transition   In 2025, Wenergy answered a critical question faced by the energy storage industry: How can energy storage companies meaningfully support the global energy transition?   The answer lies in validated systems, integrated solutions, and long-term partnerships. Energy storage is no longer a standalone technology—it is a foundational component of a secure, flexible, and sustainable energy future.   As global power systems continue to evolve, Wenergy moves forward with proven technology, scalable solutions, and an expanding international ecosystem. The next chapter of global energy storage deployment is already underway.

Wenergy has successfully completed the first outbound shipment for a customized battery energy storage project in the United States, marking a key step forward in project delivery. The initial shipment includes 3.472 MWh of BESS units and related auxiliary equipment, which have now departed from port, officially initiating the project’s overseas deployment phase. This milestone paves the way for upcoming on-site installation and system commissioning. The systems will be used in a solar–storage–DC charging integrated project in the U.S., designed to support renewable-powered EV charging applications. Solar–Storage–DC Charging Integration The complete project scope consists of 6.95 MWh of battery energy storage capacity together with a 1,500 kW DC converter. As part of the first delivery phase, 3.472 MWh of energy storage systems paired with a 750 kW DC converter are being deployed to construct a clean energy infrastructure combining solar generation, energy storage, and DC fast charging. The project is expected to improve renewable energy utilization while enabling more efficient and sustainable EV charging. Unified DC Bus Design for Optimized Performance At the system level, Wenergy employs a unified DC bus architecture to directly connect photovoltaic generation, battery storage, and DC charging loads. By reducing unnecessary energy conversion stages commonly found in traditional solutions, the system achieves higher efficiency, faster response, and lower operational losses—delivering improved economic and performance benefits for end users.  Expanding Wenergy’s Footprint in North America This successful shipment demonstrates Wenergy’s capabilities in system integration, manufacturing quality, and global supply chain execution, while underscoring growing market confidence in its modular and intelligent energy solutions. Looking ahead, Wenergy will continue to expand its presence in North America, supporting the region’s transition toward cleaner energy systems and electrified transportation.

How Wenergy Enables Reliable, Low-Carbon Power for Mining and Heavy Industry   As Africa accelerates industrialization, access to reliable, cost-efficient, and sustainable power has become a decisive factor for productivity and competitiveness—especially for mining, metallurgy, and other energy-intensive industries. In regions where grid infrastructure is weak or unavailable, energy is no longer just a utility—it is a strategic asset.   Against this backdrop, Wenergy is expanding its footprint across Africa by delivering energy storage–driven microgrid solutions tailored to real industrial challenges. By integrating battery energy storage systems (BESS), renewable generation, and intelligent energy management, Wenergy helps industrial customers reduce energy costs, stabilize operations, and accelerate the transition toward low-carbon power systems.     Addressing “Energy Island” Challenges with Smart Off-Grid Microgrids   Across many parts of Africa, industrial and mining sites are located far from urban centers and remain disconnected from national grids. These isolated locations—often referred to as “energy islands”—traditionally depend on diesel generators, leading to: High and volatile fuel costs Supply chain and logistics risks Excessive noise and carbon emissions Limited scalability for production growth   Sierra Leone: Fully Off-Grid Solar + Storage Microgrid for Mining   To overcome these challenges, Wenergy is deploying a fully off-grid hybrid solar-storage microgrid in Sierra Leone, centered on its Stars Series industrial liquid-cooled ESS. Scheduled for commissioning by December 2025, the system integrates: Solar PV generation Battery energy storage Diesel backup (for emergency use only) Mining loads A unified Energy Management System (EMS)   The EMS prioritizes solar power, optimizes battery charging and discharging, and minimizes diesel runtime. This architecture delivers stable, low-carbon, and cost-effective electricity tailored for remote mining operations. Thanks to its modular and scalable design, the project not only lowers total energy costs but also provides a replicable model for off-grid industrial energy systems across West Africa.     Proven Performance in African Industrial Energy Storage Projects   Before Sierra Leone, Wenergy successfully delivered multiple large-scale industrial microgrid projects across Southern Africa, validating the reliability, scalability, and economic performance of its energy storage solutions.   Zimbabwe: Utility-Grade Mining Microgrid with Energy Storage     In Zimbabwe, Wenergy implemented a hybrid microgrid for a major lithium mining operation that previously relied on 18 diesel generators, with electricity costs reaching USD 0.44/kWh. Although grid power was available at a lower tariff, frequent instability posed severe operational risks.   Integrated Solution: Wenergy deployed a solar PV + battery storage + diesel backup + grid-connected microgrid, designed to: Prioritize solar energy during daytime operations Store excess renewable energy for night-time use Use diesel strictly as a contingency resource   System Scale Phase I: 12 MWp solar PV + 3 MW / 6 MWh ESS Phase II: 9 MW / 18 MWh ESS   Project Results ~80,000 kWh daily electricity savings ~USD 3 million annual cost reduction Payback period under 28 months   This project demonstrates how energy storage enhances both cost control and power reliability in large-scale mining environments.   Zambia: High-Stability Microgrid for the Metallurgical Industry     Building on its mining microgrid experience, Wenergy expanded into Zambia’s metallurgical sector, where power quality and continuity are critical to production. The project site faced: Weak grid infrastructure Diesel generation costs of USD 0.30–0.50/kWh Extremely high requirements for voltage and frequency stability   Solution Overview: Wenergy delivered a solar–storage–diesel hybrid microgrid coordinated by an advanced EMS capable of sub-10 millisecond source switching between solar PV, battery storage, diesel generators, and grid supply when available.   System Scale: 3.45 MW solar PV + 7.7 MWh ESS   Key Outcomes Electricity costs reduced to USD 0.15–0.25/kWh Over 70% reduction in diesel consumption ~1,200 tons of CO₂ emissions avoided annually 3–5 year ROI, followed by sustained long-term savings 24/7 reliable power for energy-intensive metallurgical processes     Enabling Industrial Decarbonization at Scale   From Zimbabwe and Zambia to Sierra Leone, Wenergy continues to expand across Africa with energy storage–centric microgrid solutions designed for industrial applications. By combining: Industrial-grade battery energy storage systems Intelligent energy management platforms Deep system integration expertise   Wenergy enables customers to reduce energy costs, improve operational reliability, and transition toward low-carbon industrial power systems—supporting Africa’s industrial growth while contributing to global decarbonization goals.  

In December, Wenergy strengthened its strategic partnership with SG, a leading renewable energy system integrator in Poland, through the signing of a new commercial and industrial (C&I) energy storage cooperation agreement.   The expanded partnership reflects strong mutual trust built through previous project execution and highlights Wenergy’s ability to scale energy storage deployment, local delivery, and partner enablement across the European market.     Driving C&I Solar + Energy Storage Adoption in Poland   Under the new agreement, Wenergy will supply SG with a range of C&I battery energy storage systems (BESS) designed for industrial and logistics applications. The portfolio includes the Stars Series 289 kWh ESS cabinet and the Stars Series 192 kWh integrated energy storage solution, which combines MPPT functionality with EV charging support.   These systems will be deployed at factories and warehouse facilities across Poland, supporting on-site renewable energy consumption, energy cost optimization, and low-carbon operations.   Industrial Facilities: Maximizing Solar Self-Consumption   The 289 kWh energy storage system will be paired with on-site solar PV systems, enabling daytime charging and nighttime discharge. This configuration improves solar utilization, reduces grid electricity dependence, and supports peak shaving for industrial users.   Warehouses: Solar, Storage, and EV Charging in One System   The 192 kWh integrated solution will directly connect to PV generation to power warehouse operations while supporting electric vehicle charging infrastructure. The compact system creates a flexible energy hub tailored for logistics and light industrial environments.     A Proven Partnership Built on Performance     Wenergy and SG began their collaboration in late 2023, with an initial C&I energy storage project successfully operating in solar self-consumption and peak shaving scenarios. The system has delivered stable performance and measurable economic benefits, laying a solid foundation for expanded cooperation in 2024 and beyond.   As a local integrator, SG contributes deep knowledge of Poland’s regulatory framework, incentive mechanisms, and customer requirements. Combined with Wenergy’s strengths in ESS system design, manufacturing, and large-scale delivery, the partnership ensures solutions are both technically reliable and well aligned with local application needs.     Scaling Distributed Energy Storage Across Europe   The newly signed agreement marks a shift from pilot deployment to broader commercial rollout. By combining SG’s regional network in Poland and Central and Eastern Europe with Wenergy’s experience in energy storage R&D, vertically integrated manufacturing, and high-volume supply, both companies aim to support Europe’s growing demand for distributed energy storage solutions. These projects will contribute to: Improved grid flexibility Higher renewable energy utilization Reduced energy costs for C&I customers Accelerated decarbonization at the local level     Supporting Europe’s Energy Transition Through Long-Term Collaboration   Looking ahead, Wenergy will continue working closely with SG and other European partners to expand energy storage adoption across diverse commercial and industrial scenarios.   Through reliable technology, localized delivery, and full-scenario deployment experience, Wenergy remains committed to supporting Europe’s clean energy transition and building a more resilient, low-carbon energy system.