RKP Flow Battery Stacks
High Efficiency · Long Lifespan · Intelligent Control
RKP stacks deliver powerful and reliable performance as the core of flow battery systems, meeting diverse needs for large-scale energy storage projects.
With fully in-house design and rigorous manufacturing processes, RKP ensures each stack offers exceptional performance and reliability, providing a solid foundation for building high-value energy storage solutions.
Flexible Power Options
RKP offers a range of stack models from various sizes,, designed to suit vanadium flow battery systems of various scales and applications.
Standard models include 10 kW, 30 kW, and 42 kW, with additional power options available upon request to meet specific project requirements.
Compatible with Various Electrolytes
RKP stacks are engineered to work with a wide range of vanadium electrolyte systems, ensuring optimal compatibility across different technology pathways.
We can provide tailored design and process support based on the characteristics of your electrolyte.
In-House Design & Rigorous Testing
Every RKP stack is designed by our in-house experts and assembled on fully automated robotic production lines, ensuring consistency and quality.
Before leaving the factory, each stack undergoes leakage testing, performance verification, and reliability checks to ensure long-term stable operation in customer systems.
Intelligent Safety Monitoring
Each cell is equipped with individual voltage monitoring and can seamlessly connect to the customer's BMS, providing real-time visualization of stack performance.
Early detection of potential anomalies ensures safe and efficient operation of the entire storage system.
Optimized for Large-Scale Applications
RKP stacks are particularly well-suited for utility-scale vanadium flow battery projects, delivering outstanding performance in grid peak-shaving, renewable energy integration, and long-duration power supply.
Whether for new installations or system upgrades, RKP provides reliable, high-performance core technology to support your energy storage goals.
