Discover our highly configurable, plug-and-play lithium iron phosphate battery technologies engineered for maximum cycle life.
Pioneering clean energy architecture from Zhejiang's premier innovation zone to the global market.
Zhejiang Wenzhou New Energy Technology Co., Ltd., headquartered in Wenzhou—China's historical hub of private economic expansion—has stood at the absolute forefront of energy storage development since our formal establishment in 2020. Spanning a state-of-the-art facility of over 15,000+ square meters, our complex consolidates high-precision automatic assembly lines, advanced CNAS-certified testing laboratories, and specialised electromagnetic compatibility (EMC) validation environments.
Operating under strict, audited conformance to ISO 9001:2015 (Quality Management System), ISO 14001:2015 (Environmental Management System), and ISO 45001:2018 (Occupational Health & Safety System), our processes ensure uncompromising safety margins and lifecycle longevity for every lithium-ion cell harvested and configured.
As a widely recognised global leader in solar-power generation platforms and portable energy architecture, we excel in the end-to-end design, custom prototyping, and mass-scale production of smart hybrid storage nodes, high-frequency off-grid inverters, and battery management boards (BMS). Backed by 36 proprietary patents, our R&D team successfully engineered our 5th-generation hybrid inverter, achieving a peak transformation index of 98.5% efficiency. Our industrial capacities enable custom development for Fortune 500 multinationals (including Walmart and Home Depot), supported by a robust workforce of over 200 technical engineers and an annual output capacity scaling beyond 50,000 units.
Decoupling dependency on the conventional utility grid through intelligent, software-driven lithium-iron phosphate platforms.
Utilising strictly Grade-A Lithium Iron Phosphate (LiFePO4) prismatic cells that sustain more than 6,000 charge cycles at 80% Depth of Discharge (DoD), retaining active thermal-runaway mitigation properties.
Designed with open-protocol communication interfaces (CANbus, RS485, Modbus RTU) to interface natively with top-tier global hybrid and off-grid inverter platforms for instant deployment.
Integrated micro-BMS balances cell charge dynamics dynamically, protecting against over-current, voltage surges, under-voltage, and wide-band temperature fluctuations (operating down to -20°C).
Our commitment to user friendliness is not merely skin-deep aesthetic design; it is deeply embedded in our engineering ethos. The solar-powered portable charging station with an integrated, highly dynamic inverter simplifies standard electrical complexity. By merging solar charging controls, maximum power point tracking (MPPT), a highly responsive inverter stage, and storage cells into one singular casing, users escape the convoluted wiring configurations of typical off-grid installations. Real-time battery diagnostic data is piped directly to an intuitive mobile application via integrated Wi-Fi/Bluetooth IoT nodes, allowing end-users to oversee consumption patterns instantly.
Unlocking unparalleled manufacturing efficiency, direct raw material routing, and automated cost optimization.
Located in the heart of Zhejiang's manufacturing ecosystem, our factory benefits from immediate proximity to key semiconductor, steel fabrication, and lithium refining clusters. This direct geographic integration reduces raw component shipping times and shields our production schedules from global shipping volatility. Through advanced vertical integration—where battery packing, BMS fabrication, metal enclosure forming, and compliance testing occur under one roof—we secure a highly streamlined production cycle.
Bridging the gap between raw capacity and real-world domestic, commercial, and off-grid utility demand.
Designed to mount cleanly to indoor or outdoor walls. Protects homes from unstable local utility lines. It acts as an instant backup, enabling continuous operation of essential home systems (refrigerators, medical devices, lighting) during power outages.
Configurable for dynamic utility markets. The battery charges automatically when utility rates are low and discharges to support home loads when utility rates peak, significantly lowering monthly utility costs.
Bridges the gap for remote structures, research stations, and eco-tourism sites. Combines with PV panels to create standalone power systems without requiring costly line extensions.
Our continuous development path toward Net-Zero carbon goals and solid-state battery deployment.
Transitioning our Wenzhou assembly facility to operate on 100% locally harvested rooftop solar energy, targeting official Carbon-Neutral Factory validation.
Initiating pilot testing of solid-state lithium-metal chemistry cells to boost energy density to 400 Wh/kg while maintaining a non-flammable footprint.
Integrating machine learning algorithms to predict home energy demands and interface with local virtual power plant (VPP) markets for automated energy trading.
Reaching our strategic objective of reducing global greenhouse gas emissions by 1 million tons through deployed products across 50+ countries.
Securing cross-border shipments with certified safety configurations and rapid local troubleshooting.
Entering international energy markets requires rigorous compliance validation. Every configuration we design holds international safety listings, including CE, IEC 62619, UL 1973, UL 9540A (Thermal Runaway Fire Propagation Testing), and UN38.3 for safe shipping. Additionally, we use a custom blockchain-enabled traceability platform that records cell batches, battery management configuration versions, and testing logs. This ensures a transparent, auditable history for the lifetime of every battery system.
To support global partners, we provide 7x24 multilingual technical assistance. Through active remote telemetry connection systems, our factory support team can diagnose system anomalies remotely, resolving 90% of user queries within 2 hours. In key distribution hubs, we maintain spare parts inventories to accelerate repair and replacement cycles.
Answers to critical technical, integration, and procurement questions for international energy storage buyers.
High-capacity configurations designed for heavy commercial demands, modular upgrades, and remote microgrids.
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