Wing Solar
Wing Solar
Explore our highly integrated systems designed for utility-scale resilience, high energy density, and commercial operations.
We offer a wide range of products for residential, commercial, industrial, and utility-scale applications, maintaining the highest quality standards in design, manufacturing, and delivery.
Engineered for high density, optimal space usage, and exceptional aesthetics in modern residential arrays.
Optimized for commercial and industrial rooftops, maximizing ROI with superior low-light performance.
Double-glass bifacial architecture engineered to harness rear-side irradiance for massive utility installations.
As the penetration of renewable energy generators reaches unprecedented levels worldwide, the intermittent behavior of wind and solar sources presents critical challenges to grid stability, voltage regulation, and peak demand dispatch. Rack Energy Storage Systems (BESS) represent the infrastructural cornerstone of the modern smart grid, offering the response speed and flexibility required to stabilize grid networks.
The global shift toward commercial and industrial (C&I) energy storage is driven by two main factors: volatile peak energy rates and rising corporate sustainability targets. Industrial manufacturers, logistics hubs, data centers, and hospitals are increasingly moving away from simple diesel generators and adopting high-density lithium iron phosphate (LFP) rack batteries.
By shifting energy usage from high-rate periods to low-rate periods (peak shaving and load shifting), businesses can dramatically lower their utility expenses. In regions with high dynamic grid charges, such as Germany, California, and Australia, these rack systems can achieve payback in under 5 years.
At the center of our modular energy storage solutions is the 19-inch rack-mountable lithium-ion battery. Our engineering matches top-tier LFP (LiFePO4) chemistry with multi-layered Battery Management Systems (BMS) to deliver a safe, reliable, and highly scalable system. Key technical highlights include:
Exporting high-voltage battery systems requires rigorous compliance with safety standards and international regulations. As an experienced exporter, we ensure all components meet the most stringent certification requirements before leaving our facilities:
Our rack systems are certified to UL 1973, IEC 62619, and CE standards, confirming their safety under extreme conditions.
Complies with regional grid connection codes, including IEEE 1547 and VDE-AR-N 4105, ensuring reliable operations worldwide.
Certified under UN38.3 to meet global shipping and transportation standards for lithium battery products.
Whether deployed in high-temperature environments in Australia or standard industrial parks across Europe, our rack systems deliver reliable performance. Key local applications include:
Telecommunication structures in off-grid or weak-grid areas rely on our 48V modular rack systems to replace diesel backup generators, saving on fuel expenses and reducing maintenance visits.
Integrating our rack battery systems with solar setups allows commercial operations to charge from solar or low-rate grid power, discharging when demand charges are highest to lower utility bills.
Sudden surges in energy demand at EV charging stations can strain the grid. Our rack battery units buffer this demand, discharging during vehicle charging cycles to protect the grid and prevent peak charge rates.
As battery technology evolves, our engineering and R&D teams are focused on several core initiatives to drive next-generation energy storage:
Deploying advanced EMS algorithms that analyze local weather patterns and historical load demands to optimize charging and discharging schedules in real time.
Introducing sodium-ion battery modules to complement our LFP product line. These modules offer improved performance in sub-zero temperatures and a highly cost-efficient structure for specific applications.
Scaling up to a 10GW manufacturing capacity with fully automated assembly lines to maintain quality standards and keep pace with global demand.
Get detailed technical answers regarding safety, system compatibility, installation, and operation.
Explore additional options from high-efficiency solar panels to complete mounting solutions and large-scale backup systems.
