The global shift to electric and hybrid vehicles is accelerating, but significant challenges still hinder widespread adoption. Slow charging times, limited power delivery, and battery degradation continue to impact vehicle performance, efficiency, and cost-effectiveness. Many existing batteries struggle to handle high-power demands, leading to sluggish acceleration, overheating, and reduced lifespan. Trydan Tech is transforming energy storage with our next-generation HPE Series, designed to overcome these barriers. Our technology delivers instant high-power output, enabling faster acceleration and seamless performance for hybrid EVs and heavy vehicles. With ultra-fast charging capabilities, our cells reduce downtime, allowing vehicles to replenish energy quickly and operate with greater efficiency. Advanced thermal management minimizes heat generation, improving battery safety, longevity, and reliability in demanding conditions. Additionally, our solutions provide extended runtime and improved energy recovery, optimizing overall performance while lowering total cost of ownership.

The industrial power tools and machinery sector demands high-performance energy solutions that can keep up with the rigorous workloads of professionals. From construction sites to manufacturing floors, power tools must deliver consistent, high-output energy without overheating or losing efficiency. Workers rely on tools that can operate longer, charge faster, and maintain peak performance under heavy loads. Our high-power compact cells are built to drive industrial power tools and heavy machinery with precision and reliability. Designed for demanding applications, these batteries deliver seamless power output, ensuring high performance without overheating. With low internal resistance and superior thermal management, they enable longer operation times and faster charge recovery. Their lightweight and compact design enhances portability, making them ideal for power tools that require high bursts of energy while maintaining extended usage. Whether for professional construction, industrial automation, or high-performance equipment, our cells provide the durability and efficiency needed to get the job done.

The eVTOL and aviation industry is revolutionizing air transportation, demanding energy solutions that offer high power, lightweight design, and extended flight range. Advanced battery technology is critical to enabling longer, more efficient flights while maintaining safety and reliability. Aircraft, drones, and electric vertical takeoff and landing (eVTOL) vehicles require high energy density to reduce overall weight while maximizing operational performance. Our lithium-sulfur cells are engineered to meet these stringent demands. With twice the energy density of conventional lithium-ion batteries, they provide the power necessary for sustained flight while significantly reducing weight for improved mobility. Their fast-charging capability minimizes downtime between flights, optimizing operational efficiency for aerospace applications. Designed for high-performance aviation and next-generation aerial mobility, our batteries bridge the gap between traditional lithium-ion and future energy storage needs. By delivering higher capacity in a compact form, they empower electric aviation and eVTOLs to achieve greater range, faster turnaround times, and improved energy efficiency—pushing the boundaries of airborne innovation.

The demand for AI-driven data centers and large-scale grid storage is rapidly increasing, requiring energy solutions that deliver continuous, high-efficiency power with minimal downtime. AI workloads demand immense computational power, making energy resilience and efficiency crucial to maintaining performance and preventing costly outages. Meanwhile, grid storage plays a vital role in balancing energy supply and demand, optimizing renewable energy integration, and enhancing grid stability. Designed for scalability, reliability, and sustainability, our fuel cell technology empowers AI data centers and grid storage applications to operate at peak efficiency, while minimizing carbon footprint and lowering operational costs. Whether supporting mission-critical workloads or enhancing grid resilience, our fuel cell systems provide the next generation of intelligent power solutions.

The backup power industry is essential for ensuring uninterrupted operations in critical sectors, including data centers, telecommunications, industrial facilities, and hospitals. Businesses and infrastructure rely on fast-responding, high-power energy solutions to prevent downtime and protect vital systems from unexpected power disruptions. A reliable Uninterruptible Power Supply (UPS) must deliver instant power, handle surge loads, and provide extended backup capability while optimizing efficiency and reducing footprint. Our high-power energy storage solutions are specifically engineered to meet these demands. By integrating advanced energy storage technology, our backup power solutions provide peak shaving capabilities, reducing strain on the grid while ensuring continuous and stable energy supply. Designed for high performance, long-lasting durability, and cost efficiency, our batteries empower industries with the resilience needed to maintain operations under any circumstances.