Explore our premium catalog of high-efficiency mobile storage units engineered under strict CNAS and EMC laboratory standards.
Established in 2020 and headquartered in Wenzhou—China's legendary hub of private economic dynamics—Zhejiang Wenzhou New Energy Technology Co., Ltd. has rapidly emerged as a pioneer in manufacturing customized global renewable energy ecosystems.
Spanning an advanced facility of 15,000+ square meters, our production lines operate under strict ISO 9001, ISO 14001, and ISO 45001 management protocols. With in-house CNAS-certified laboratories and specialized EMC testing centers, we control the entire vertical manufacturing stack—from raw lithium cell selection to multi-layer protective enclosures.
As grid vulnerabilities, intense climate variance, and dynamic industrial scaling push traditional energy systems to their limits, lightweight decentralized energy solutions have evolved from supplementary power banks to mission-critical infrastructure components.
Centralized microgrids are increasingly vulnerable to external factors. Lightweight systems with localized density allow utilities and private commercial entities to station dispatchable power units at dynamic stress points, maintaining network resilience and minimizing disruption.
Traditional internal combustion generator systems rely on heavy diesel fuels, presenting high maintenance costs and complex logistics. High-density lithium storage systems offer a cost-effective alternative, operating cleanly and converting sun or grid energy efficiently.
Governments worldwide are setting target emission limits for construction sites, logistics operations, and public events. Our zero-emission lightweight generators provide a compliant option, helping developers meet strict sustainability regulations.
Engineering reliability into the world's most critical operations through targeted power storage deployment.
5G infrastructure, edge processing nodes, and data farms require uninterrupted continuous supply. Our systems act as high-speed transient stabilizers during power switchovers.
System Integration: OEM 215kW UnitsModern construction projects rely on heavy tools and connected computing systems without immediate grid access. Portable energy trailers ensure safe, low-noise power for daily work.
System Integration: 10kW Emergency UnitsDuring natural disasters, setting up emergency medical tents requires immediate, reliable power. Lightweight, robust structures allow quick deployment by ground crew or air rescue.
System Integration: 3kW & 600W Portable UnitsThe core advantage of our solar-powered portable charging stations lies in the integration of power generation, energy storage, and pure sine-wave inversion into a single structural block.
System Process Flow: Photovoltaic cells collect sunlight, and the integrated Maximum Power Point Tracking (MPPT) system optimizes DC conversion efficiency. The energy is directed to the built-in Lithium Iron Phosphate (LiFePO4) battery cells. When power is requested, the high-frequency inverter converts DC back to stable AC, suitable for charging electric vehicles, operating tools, or running home backup appliances.
An intelligent control algorithm monitors cell temperature, state of charge (SoC), and real-time power demand, adjusting efficiency profiles dynamically to extend battery lifespan.
Ensuring safe, transparent, and compliant energy deployment in every international jurisdiction.
Our products meet UN38.3 transport safety regulations, UL9540A certification for thermal runaways, and CE/FCC requirements for electromagnetic compatibility.
We implement a blockchain-based product tracking system. From battery sourcing to assembly, every component's operational test data is permanently logged.
Backed by remote diagnostic systems and multilingual support teams, we resolve 90% of technical inquires within 2 hours, minimizing project downtime.
Versatile power designs configured to meet specific regional and environmental challenges.
Modern high-efficiency solar off-grid walls supply reliable power for automated irrigation systems, environmental sensors, and remote monitoring networks.
Provides reliable backup electricity for critical home systems—refrigerators, medical devices, computers, and climate control—during emergency blackouts.
Provides essential mobile power for courier vehicles, outdoor events, and field research teams operating far from grid access.
Introducing solid-state silicon anodes to increase gravimetric energy density to 320 Wh/kg.
Deploying AI algorithms to support peak shaving, dynamic price-point trading, and smart scheduling.
Achieving fully certified Net-Zero carbon manufacturing across our operations, reducing greenhouse impact by 1M tons.
Our roadmap focuses on increasing density while minimizing physical footprint. By integrating advanced semiconductor materials into our power electronics, we continue to optimize system efficiency.
We are also expanding research into solid-state battery cells to enhance safe operation under extreme environmental conditions, from -30°C to 60°C.
Through these technical developments, we strive to build high-efficiency, reliable, and sustainable mobile energy ecosystems for businesses and homes worldwide.
Expert guidance on our ODM/OEM lightweight energy storage systems.
Find the ideal power configuration for your operational requirements, from lightweight backpack units to high-capacity industrial systems.
Turskov
