Products

Large capacity fast DC EV charging station for public use, double CCS plugs with automatic power adjustment between 2 plugs. Programmable charging mode Comprehensive protection Multiple communication modes 7 inch touch screen EU standard Dual output ports POS payment terminal

Bidirectional battery inverter from 1000kW, can be used alone or with solar charge controllers and other accessories for different application scenarios. Max 4pcs in parallel to make 4000Kw Storage Solution

The first 100MW-class flexible perovskite battery pilot line in Zhejiang Province was established, and large-area flexible perovskite photovoltaic modules were applied to vehicle-mounted products and demonstration operations for the first time.   High Efficiency: Perovskite solar cells have achieved lab efficiencies exceeding 25% for single-junction cells and over 33% in tandem configurations. This rivals or surpasses traditional silicon panels (~22% efficiency for commercial modules).Their strong light absorption allows ultra-thin (~500 nm) active layers, reducing material usage.   Flexibility and Lightweight Design: Unlike rigid silicon panels, perovskite solar panels can be fabricated on flexible substrates (e.g., plastic or metal foil), enabling applications in curved surfaces, wearable devices, or portable chargers.   Semi-Transparency and Aesthetic Appeal: Perovskites can be tuned to transmit specific wavelengths, creating semi-transparent panels ideal for building-integrated photovoltaics (BIPV), such as solar windows or facades.   Advantages Over Traditional Solar Panels： Faster ROI: Lower production costs and high efficiency could reduce payback periods. Versatility: Can be integrated into diverse surfaces (e.g., vehicles, backpacks, skyscrapers). Tandem Technology: Stacking perovskite cells atop silicon boosts efficiency by harvesting more of the solar spectrum.    

Battery Container  is a modular energy storage device that integrates energy storage, control and application systems. It adopts a standard ISO container design and has good mobility and adaptability. It can be directly transported to the required site and put into use quickly. It also has the characteristics of compact structure, easy installation and simple maintenance.  

Modules are formed by configuring 16 of LFP cells in series connection. Modules connected with a battery management system (BMU) to form a rack-mountable module assembly. Multiple module assemblies are then combined into a rack. Each rack contains rack-level BMS.  

Energy Carrier stores electric energy in energy storage cabinets and distributes them in different locations to provide power support when needed. Energy storage cabinets use efficient and environmentally friendly battery technologies such as lithium iron phosphate batteries, which have the advantages of high energy, long life, and plug-and-play. At the same time, they can be optimized according to factors such as power demand and grid load to improve energy efficiency and reduce electricity costs.