High-performance energy storage platforms, premium solar PV modules, and robust conversion electronics for commercial, residential, and portable utilities.
Established in 2020 and headquartered in Wenzhou, China’s primary hub for private commercial enterprise, Zhejiang Wenzhou New Energy Technology Co., Ltd. (suggested full name) has developed into an industry-leading force in the solar and renewable energy sector. Spanning a state-of-the-art manufacturing facility of over 15,000+ square meters, the company handles entire lifecycles of solar product development. Our campus integrates advanced CNAS-certified testing laboratories, specialized Electromagnetic Compatibility (EMC) facilities, and precision R&D areas running under strict ISO 9001, ISO 14001, and ISO 45001 management protocols. This ensures unparalleled QC standards from initial component sourcing to completed, heavy-duty utility configurations.
As a key supplier to international energy distributors, our focus is the engineering and fabrication of off-grid solar generators, high-capacity lithium iron phosphate (LiFePO4) storage batteries, portable energy units, and smart solar inverters. Backed by 36 proprietary patents—such as our 5th-generation hybrid inverter that delivers an exceptional 98.5% conversion efficiency—our solutions support complex commercial and residential energy requirements in more than 28 countries. We provide tailored ODM and OEM services for tier-1 worldwide retailers including Walmart and Home Depot, leveraging a specialized workforce of 200+ technical developers and an annual output capacity exceeding 50,000 systems.
Driven by a strict sustainability model, our engineering teams are actively steering operations toward Net-Zero Factory Certification. We are committed to a strategic carbon offset roadmap aimed at preventing 1 million tons of global greenhouse gas emissions by 2030.
Our customer-first approach is supported by an advanced 7x24 multilingual technical service desk integrated with a blockchain-driven system tracking parts and batches. This allows our service units to identify and resolve over 90% of technical queries in less than 2 hours.
How volatile utility pricing, infrastructure issues, and remote power requirements are forcing modern industries to adopt autonomous off-grid architectures.
C&I operations across North America and Europe face rising transmission fees and utility grid pricing. Deploying a structured solar configuration removes the risk of peak-load charges and fluctuating energy costs, giving businesses predictable operating budgets.
In rapidly expanding manufacturing and mining zones throughout APAC and Latin America, grid reach remains unstable. Custom off-grid setups deliver continuous, stable power to critical equipment, shielding businesses from costly interruptions.
Tightening carbon standards require commercial facilities to curb Scope 1 and Scope 2 emissions. By swapping diesel generators for high-capacity hybrid solar systems, businesses make direct progress toward zero-carbon and ESG targets.
Our current manufacturing throughput and operational metrics speak for themselves. We deliver quality at scale, supporting commercial partners worldwide.
We prioritize efficiency and safety, focusing on advanced battery management, precise power tracking, and IoT-driven remote management.
Our system configurations feature high-grade LiFePO4 cells. Known for thermal stability and a long operational lifespan (over 6,000 cycles at 80% DOD), this chemistry ensures reliable power storage. An integrated Battery Management System (BMS) closely monitors cell temperature, voltage balance, and protects against short circuits.
Our smart conversion inverters feature dual-MPPT (Maximum Power Point Tracking) algorithms, extracting maximum yield from complex solar arrays even during shifting weather or partial shading. This allows the system to achieve an outstanding 98.5% efficiency rating.
Our power walls are designed to grow with your needs. System configurations scale smoothly from 5kWh residential backups to 45kWh and 60kWh setups. Stackable cabinet structures simplify field installation and reduce overall labor costs.
Equipped with 4G/Wi-Fi modules, our systems stream operational statistics to an intuitive cloud-based dashboard. Users can remotely adjust output limits, prioritize battery charging, and run system diagnostic tests from anywhere in the world.
Our products undergo rigorous evaluation in our in-house EMC test centers and CNAS labs. They are fully compliant with major international standards, including CE, UN38.3, IEC 62619, and UL 1973, ensuring easy approval for projects and import clearance globally.
Integrating power generation, storage, and inversion into single, robust systems that deliver clean, dependable electricity anywhere.
As modern life becomes increasingly dependent on electricity, power outages can cause significant inconvenience for households. The solar off-grid power system offers a reliable solution by providing backup energy for homes. This system uses high-efficiency solar panels to capture sunlight during the day, converting it into electricity that is stored in advanced lithium iron phosphate batteries. Even during power grid failures, it can deliver steady energy supply to household devices.
Combines power generation, storage, and inversion into a single, cohesive unit. This integrated design reduces installation complexity, minimizes external wiring, and guarantees stable, plug-and-play operation.
Primarily harnesses clean solar energy, drastically reducing fossil fuel dependency and lowering carbon emissions. It supports both home sustainability initiatives and global corporate decarbonization targets.
Built with space-saving enclosures and modular component stacks. This highly portable architecture is easy to carry, configure, and install across a variety of home, outdoor, and emergency scenarios.
Supports demand-based charging. It automatically optimizes power pathways between the solar panels, battery pack, and load outputs to improve efficiency and protect battery health.
A smart, one-time investment that delivers long-term financial benefits. It significantly lowers electricity bills and is especially valuable for properties without a reliable grid connection.
Serves as a dependable backup power supply during unexpected blackouts. It keeps essential systems—like medical equipment, security alarms, lighting, and communication devices—running smoothly.
Engineered to deliver high uptime and long-term durability across diverse commercial, residential, and remote environments.
Designed for modern smart homes, our residential installations combine high-efficiency PV panels with 30kWh to 45kWh lithium storage systems. Homeowners gain full energy independence, lower utility costs, and a reliable power source during grid failures.
We supply industrial operations, storage facilities, and agricultural sites with scalable off-grid systems up to 215kW. These heavy-duty configurations support high startup currents, making them ideal for heavy machinery, pumps, and facility cooling systems.
Our compact generators and wearable power stations deliver reliable energy for remote job sites, ecological tours, and emergency response teams. They provide a quiet, exhaust-free alternative to traditional gasoline-powered engines.
Technical specifications, operation details, and customization options for our off-grid solar power systems.
Select from our certified off-grid power solutions, smart electric power walls, and portable backup generators for your commercial imports.
As a global B2B supplier, Zhejiang Wenzhou New Energy Technology Co., Ltd. offers customized energy solutions designed for specific project requirements. Our manufacturing site accommodates complex requests for high-voltage commercial storage setups (up to 215kW) as well as light, wearable power stations for residential use.
Our OEM/ODM workflow is structured to optimize quality and speed-to-market:
Our facility operates under clean, controlled conditions utilizing semi-automatic testing machinery. This guarantees precise parameter matching across all battery modules and helps prevent thermal runway risks, ensuring long-term reliability for your energy system installations.
Preparing for the next wave of microgrid developments with solid-state storage chemistry, artificial intelligence integrations, and localized support structures.
Our engineering roadmaps include plans to integrate AI load prediction tools. These systems analyze weather patterns and local grid tariff changes to adjust battery charging automatically, helping operators save on electricity costs.
While LFP technology remains the standard for safety and cycle life, our lab units are currently testing solid-state battery integrations. This research points toward higher energy density, lower weight, and improved performance in freezing temperatures.
Our system layouts are designed to adapt to diverse international regulations. We support dynamic frequency adjustments, grid export control, and dual-source inputs (solar combined with grid or generator backup).
Retained categorical structures for directory compliance and user navigation references.
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