Technology Innovation
Our Innovations Pave the Way for Better, Faster, and More Economical Energy Storage Solutions.
Over the past 18 years, with electricity as the core focus, continuous innovation and research have enabled V-Liquid to become the industry's only vanadium battery manufacturer with comprehensive solution capabilities.
The company provides first-rate solutions in design, energy storage equipment, control systems, construction plans, investment strategies, and operational plans, ensuring worry-free satisfaction for our clients.
Stack leak-free laser
10kW-64kW Single Stack Rated Power；
Overcomes the traditional gasket sealing leakage issue, eliminates the need for compression springs, significantly enhancing battery reliability and environmental friendliness, maintenance-free；
Selected for the national key project of "Science and Technology to Boost the Economy 2020" and the 2022 Sichuan Major Science and Technology Demonstration Project。
High efficiency
The stack has a large flow rate, low internal resistance, and an electrolyte utilization rate greater than 75%；
The DC side energy efficiency ≥80%, current density greater than 160 mA/cm², 2025 is expected ≥240 mA/cm²；
Demonstration project of Sichuan Provincial Department of Science and Technology in 2023.
Key material
Weldable bipolar plates, with a focus on breakthrough preparation technology for weldable bipolar plate materials；
Preparation of flow battery stack deflector；
Electrode material modification can be independently completed。
Environment friendly
New generation heat exchange system and air cooling；
Optimized and balanced design of system pipelines and flow rates.
Perfect
Integration of BMS control with system characteristics to improve battery efficiency；
Battery monitoring system with intelligent automatic monitoring functions, reducing the labor intensity of management personnel.
Modularization
High-voltage 1,500 kW power unit integration technology, with a maximum conversion efficiency of 99%, reducing losses by 3%；
The capacity units and power units each form modules, allowing for flexible measurement of different sizes of stacks or various electrolytes, making it easy to use and maintain.。