Vanadium Electrolyte Electrolysis Production Line
PRODUCT OVERVIEW
As the "blood" of the vanadium redox flow battery (VRFB), the vanadium electrolyte is the core material that determines the performance, lifespan and cost of its energy storage system. Our vanadium electrolyte production line adopts the chemical reduction combined electrolysis method (long process), using high-purity vanadium pentoxide (V2O5) as the raw material, and through a process of chemical reduction followed by electrolysis, we are committed to providing global customers with large-scale and intelligent electrolyte production services, and providing high-performance electrolytes for the global long-duration energy storage market, helping to achieve the goals of energy transition and carbon neutrality. We have already delivered multiple sets of products abroad, achieving production capacity targets and operating stably.
PRODUCT FEATURES
Intelligent and efficient:The entire process is digitally controlled, real-time monitoring of electrolyte and equipment status is available, and it can interact with the superior system to achieve unmanned operation;
Stable performance:The production line has the characteristics of reliable sealing, no leakage, and easy to avoid blockage, and can operate stably within the designed lifespan;
Precise control:Based on years of electrolyte production experience, the charging control strategy developed can increase the production rate of electrolyte while maintaining high energy efficiency and reducing power loss, achieving simple one-click production setup and control operation;
Good scalability:Based on years of electrolyte production experience, the charging control strategy developed can increase the production rate of electrolyte while maintaining high energy efficiency and reducing power loss, achieving simple one-click production setup and control operation;
SPECIFICATION
The vanadium electrolyte production line project mainly consists of three sections: raw material preparation, vanadium electrolyte production and finished product storage.
Raw Material Preparation Section
Raw material purity testing, hazardous chemicals storage and management.
Electrolyte Production Section
Dissolution, reduction, cooling, electrolysis, blending.
Finished Product Storage Section
Sealed storage of finished vanadium electrolyte.
PROCESS FLOW DIAGRAM
| Specifications | |||
|---|---|---|---|
| Annual Electrolyte Production Capacity | 2500m3 | 5000m3 | 10000m3 |
| Production Shifts | 3 shifts per day, 313 days per year | ||
| Floor Area | Approx. 700m3 | Approx. 1000m3 | Approx. 2000m3 |
| Power Supply Requirement | 300kVA,380V AC | ||
| Water Supply Demand | 80m3/day | 150m3/day | 300m3/day |
| Environmental Treatment | Waste gas, wastewater, solid waste | ||
| Sealing Performance | Fully sealed, zero leakage | ||
| Construction Period | 5 months | 6 months | 7 months |
DEPLOYED PROJECTS
| Customer location: China | Customer location: Europe |
| Deployed year: 2025 | Deployed year: 2025 |
| Production capacity: 5,000 m3 | Production capacity: 10,000 m3 |
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