To improve system stability and battery lifespan, Vision has adopted advanced liquid cooling technology in UPS lithium battery systems. Compared with traditional air cooling, liquid cooling offers higher heat exchange efficiency, effectively controlling cell temperature differences and preventing local overheating. It is especially suitable for high power density, 24/7 data center operations.

The active balancing technology applied in the REVO 3.0 UPS backup power system dynamically balances multiple individual cells within the battery pack. This maximizes the overall capacity of the battery system, ensures cell consistency, enhances overall performance, extends battery lifespan, and improves system efficiency.

Safety is the lifeline of the energy industry. To tackle this critical challenge, Vision is driven by technological innovation. Building on 30 years of expertise, the newly developed 60Ah solid-state battery achieves a dual breakthrough in safety and performance through two core technologies.

Vision's self-developed flame retardant technology improves lithium cell safety with three layers of protection: a coated separator, flame-retardant additives in the electrolyte, and a special current collector design. During thermal runaway, it slows heat spread, stops combustion, and cuts off current automatically—significantly lowering the risk of fire or explosion. This technology is already used in Vision's 60Ah 10C high-rate lithium cell.

Vision’s high-power lithium cell technology builds a superconductive network and fast-ion channels to greatly enhance power output. The cross-arranged full-tab structure significantly reduces internal resistance and heat generation, improving current transmission efficiency and optimizing module design. This technology has been successfully applied to 50Ah 10C high-rate lithium cells, ideal for applications requiring high instantaneous power.

Through multi-dimensional optimization of cathode, anode, and electrolyte systems, Vision has developed large-capacity lithium cell technology with extended service life. The cathode incorporates lithium replenishment to increase active lithium content, while the anode uses magnetization technology to improve interface structure. A dual-electrolyte injection process enhances electrolyte permeability and SEI film stability. These synergistic innovations improve cycle life by over 8%. The technology has been successfully applied to 348Ah large-capacity energy storage lithium cells.

Vision’s metal stack technology combines single-cell structural innovation with optimized metal materials to deliver a highly recyclable, lightweight, and high stacking-efficiency fuel cell stack solution. It adopts the world’s first detachable integrated single-cell design, paired with ultra-thin titanium bipolar plates and integrated cathode self-humidification technology, enhancing system reliability and energy efficiency. This technology has been successfully applied to the W1.5T titanium plate metal stack product.

Vision’s paper stack technology uses advanced carbon fiber composite materials to overcome the weight, lifespan, and safety limitations of traditional graphite and metal stacks. Featuring lightweight carbon composite bipolar plates, highly corrosion-resistant structures, and an integrated conductive–insulating design, it delivers next-generation fuel cell stacks with high power density, long lifespan, and exceptional safety. This technology has been successfully applied to the P2 paper stack, suitable for demanding applications such as aerospace propulsion, distributed energy, and heavy-duty transportation.

Vision’s graphite stack technology is designed for high-efficiency power generation and heavy-duty applications, combining high power output, ultra-long lifespan, modular scalability, and integrated structural innovations. Upgraded plate materials and stack design significantly improve power density and system consistency, while built-in self-humidification and integrated end plate functions expand its application to hydrogen energy storage, data centers, heavy trucks, ships, and rail transit. The technology has been successfully applied in A1H and A2 graphite stack products.

Vision’s 48V 5kW hydrogen backup power technology is designed for telecom base stations and various DC load applications, combining high efficiency, modularity, and intelligent control. The system adopts a fully modular design for flexible deployment and easy expansion, supporting both local and remote control to enhance operational flexibility and reliability. This technology has been successfully applied to multiple 48V 5kW hydrogen backup power products, providing safe, stable, and clean energy for next-generation green communication infrastructure.

Vision’s 10kW CHP system integrates power generation and heat supply, featuring high energy utilization, modular design, and intelligent control. Suitable for residential, commercial, and industrial applications, it uses high-efficiency fuel conversion to achieve over 85% total energy efficiency. The system supports both local and remote smart management, offering a green, flexible, and reliable distributed energy solution. It has been successfully applied in multiple 10kW CHP products.