1. High Safety, Extremely Low RiskThe energy (electrolyte) and power (flow battery stack stack) are separated; the flow battery stack stack itself does not store energy, resulting in zero risk of thermal runaway.2. Ultra-Long Cycle Life, Low Total Cost of OwnershipThe flow battery stack stack itself has a cycle life of over 15,000 cycles, and the overall system life exceeds 20 years, resulting in a low total cost of ownership over its lifespan.3. Flexible Power DesignThe system power is determined by the size and number of flow battery stack stacks, allowing for flexible customization from kilowatt to megawatt levels according to project requirements.

1. Core Performance: The optimized stack structure features high power density, low internal resistance, and stable energy output, meeting the power requirements of 32kW/42kW systems.2. Reliability Advantages:  Utilizing corrosion-resistant materials and high-sealing assembly processes, it is suitable for long-term continuous operation and high-frequency charging and discharging conditions, ensuring safe and stable operation.3. Service Life:  Excellent electrochemical consistency, long cycle life, and low degradation rate effectively reduce the total life cycle maintenance costs of the system.4. System Adaptability: Modular design facilitates system integration, expansion, and maintenance.5. Application Fields: Widely used in new energy storage, grid peak shaving, industrial and commercial energy storage, and scientific research demonstration projects, providing a reliable core energy conversion unit for energy storage systems.

1. System Capabilities: Designed for medium-capacity energy storage needs, supporting high-capacity power configurations of 64kW, 82kW, and 300kWh, providing stable energy output and suitable for long-term energy storage operation.2. Core Advantages: Vanadium redox flow batteries offer inherent high safety, long cycle life, independent configuration of capacity and power, and minimal operational degradation.3. Manufacturing Features: High system integration, reliable structure, and ease of maintenance and expansion.4. Solutions: Provides users with comprehensive energy storage solutions including peak shaving, load balancing, renewable energy output smoothing, and backup power.

Can be disassembled and reassembled to meet the testing requirements of various materials.The 20 cm² laboratory-scale vanadium redox flow battery stack product is precisely assembled from multiple single cells and is used to simulate the operating conditions of a real energy storage system. Its structural design emphasizes electrochemical consistency and reliable sealing, allowing for stable, long-term charge and discharge testing. It is suitable for battery stack performance evaluation, control strategy research, and experimental verification before system integration.