Direct from our manufacturing hubs: highly stable energy storage, mobile generator configurations, and hybrid control architectures.
Leading the global energy transition with Tier-1 engineering capabilities, advanced research, and end-to-end quality assurance.
Headquartered in Wenzhou, China's dynamic hub of private enterprise, Zhejiang Wenzhou New Energy Technology Co., Ltd. has been a pioneer in renewable energy solutions since its establishment in 2020. Our operations span a state-of-the-art facility of over 15,000 square meters housing CNAS-certified laboratories, advanced electromagnetic compatibility (EMC) testing centers, and specialized R&D zones operating under strict ISO 9001, ISO 14001, and ISO 45001 management systems.
We specialized in the engineering and production of advanced residential mobile generators, high-efficiency solar inverters, and hybrid residential energy storage systems. Our commitment to technology is represented by 36 patented technologies, notably our 5th-generation hybrid inverter that achieves an exceptional 98.5% conversion efficiency.
We provide comprehensive OEM/ODM services for globally recognized Fortune 500 retailers, including Walmart and Home Depot, exporting clean energy equipment to 28+ countries.
Combining power generation, lithium-based battery storage, and dynamic power inversion into a unified system.
The solar-powered portable charging station with integrated inverter operates as an all-in-one system designed for optimal efficiency. During daylight, photovoltaic arrays collect energy and convert it into DC electricity, which is governed by an advanced MPPT solar controller and stored safely in built-in lithium iron phosphate (LiFePO4) battery cells. When energy is demanded, the high-efficiency inverter converts DC power to clean sine wave AC power, enabling charging for electric vehicles (EVs), running emergency backup loads, or powering off-grid appliances.
Combines power generation, thermal storage management, and advanced inversion mechanics into a single chassis. This structure minimizes system complexity, reduces line impedance losses, and prevents installation compatibility errors common with multi-component designs.
Utilizes solar energy to directly mitigate dependence on traditional carbon-intensive grids. Transitioning residential operations to off-grid solar-powered wall systems actively supports global Net-Zero carbon mandates and offsets escalating peak utility tariffs.
Engineered with highly dense cell layouts and custom sheet-metal cabinets to maximize spatial efficiency. Ideal for residential mounting, emergency deployments, and backup applications where spatial footprints are constrained.
Equipped with a smart system that dynamically throttles charge-discharge currents based on cell temperature, state-of-health (SOH), and immediate electrical load demands to extend lithium chemistry lifetime and maintain stability.
Enables peak-shaving and time-of-use (TOU) optimization. By storing cheap energy generated during solar peaks or off-peak hours and utilizing it during expensive peak hours, users significantly reduce grid electricity expenditures.
Acts as an uninterruptible power supply (UPS) for critical home infrastructure. In the event of a sudden blackout, our power wall detects grid loss and switches to full battery capacity within milliseconds, ensuring constant home system uptime.
How Wenzhou New Energy is driving next-generation solid-state chemistry and IoT cloud integration.
As the energy storage landscape changes, our developmental roadmap is focused on upgrading cell energy densities and integrating advanced intelligence:
We are currently developing next-generation solid-state electrolyte battery interfaces. This technology will eliminate liquid organic electrolytes, providing superior thermal safety, double the energy density, and zero risk of thermal runaway.
Integrating artificial intelligence modules directly into our BMS enables our battery storage walls to connect with local virtual power plant (VPP) networks, allowing automated energy trading to maximize household electricity returns.
Transitioning from traditional IGBTs to Silicon Carbide (SiC) switches in our 5th-generation hybrid inverter design has raised conversion rates to 98.5%. Our target is to achieve 99.2% overall efficiency in our upcoming product cycle.
Operating an integrated production network in Wenzhou to ensure component reliability and cost control.
Our strategic placement in Wenzhou grants us direct access to 95% of our component supply lines within a 50km radius. This logistical proximity reduces transit delays, allows for strict incoming material inspections, and insulates our manufacturing output from international supply chain disruptions.
Under our blockchain-enabled product traceability system, every lithium cell, PCB assembly, and casing structure is assigned a unique cryptographic identifier. This allows us to track manufacturing conditions, testing outcomes, and material origins down to the individual batch level.
We implement automated mechanical assembly lines alongside dynamic robotic welding processes to ensure unit uniformity. In our assembly facility, every power wall goes through a series of automated testing protocols, including high-potential insulation checks, thermal imaging diagnostics under load, and comprehensive charge-discharge cycles.
This systematic approach minimizes human error, resulting in a product yield rate that consistently exceeds 99.8%. By optimizing factory automation and scaling production, we pass these direct cost savings on to our global distribution partners.
Providing scalable energy storage layouts from urban residential properties to remote utility operations.
Ensures persistent uptime for essential household devices, including cooling units, internet systems, cooking appliances, and home medical gear. Designed for simple plug-and-play modular expandability as family energy requirements increase.
Designed for regions with limited access to centralized electrical grids, such as agricultural zones, island facilities, or mountainous regions. Provides a dependable, self-sustaining microgrid source when paired with solar arrays.
Allows light industrial and commercial facilities to mitigate demand charges. System programming offsets heavy equipment startup draws, reducing utility bill calculations based on peak usage spikes.
Engineering storage systems to meet international utility guidelines and safety requirements.
Deploying energy storage equipment globally requires meeting diverse utility connection regulations. At Wenzhou New Energy, our systems are certified to meet international compliance frameworks, ensuring safe integration and grid stability.
UL 1973, UL 9540A, and IEC 62619 safety testing approvals, ensuring our systems maintain structural integrity under high heat, short circuits, and mechanical impacts.
Certified compliance with IEEE 1547, AS4777, and EN 50549 codes, enabling seamless net metering and bidirectional feedback with utilities in North America, Europe, and Asia-Pacific.
Strategic logistics partnerships in major markets provide fast dispatch, consolidated shipping rates, and regional shipping compliance documentation (including UN 38.3 battery transport certifications).
A global network of certified installation engineers and remote support technicians, backed by our 7x24 support center to quickly resolve questions from installers or end-users.
How we support EPC contractors, distribution partners, and large retailers with customized energy solutions.
We provide tailored integration services for enterprise procurement directors, project developers, and large-scale retailers:
From casing colors and brand labeling to specialized low-temperature battery chemistries for colder regions, we provide end-to-end design modifications to adapt our products to your local market requirements.
Common questions regarding system design, performance metrics, and compliance standards.
From ultra-portable backup units to heavy-duty off-grid inverters and commercial energy storage modules.
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