20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery
OEM 20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery
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  • Vanadium flow battery cell stack connected to dual glass bottles with flexible tubing.
  • Vanadium flow battery cell stack connected to dual glass bottles with flexible tubing.

20cm²/50cm² Lab‑Scale Vanadium Flow Single Cell Battery

Can be disassembled and reassembled to meet the testing requirements of various materials.

The 20cm²/50cm² laboratory-scale vanadium redox flow single cell is designed to meet the needs of performance evaluation and scaling-up experiments, balancing experimental flexibility with the ability to simulate real-world operating conditions. It strikes a decent balance between benchtop flexibility and actually showing you what happens under real-world operating conditions. Having that larger reaction area makes it way easier to track things like current density, general efficiency, and how the heat builds up across the membrane, leaving you with reliable numbers for picking out materials or tweaking your structural design. It gets a lot of use in pilot-scale research projects, verifying system layouts, or running back-to-back technology tests to see which formulation holds up.

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20cm² Single Cell Specifications

Parameter Value Parameter Value
Rated power 3.5W Electrolyte flow rate ≥150mL/min
Electrode size 4cm×5cm Voltage range 0.8~1.6V
Energy efficiency DC≥80% Number of ports 4

50cm² Single Cell Specifications

Parameter Value Parameter Value
Rated power 9W Electrolyte flow rate ≥200mL/min
Electrode size 6cm×8.4cm Voltage range 0.8~1.6V
Energy efficiency DC≥80% Number of ports 4
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Zhejiang ERG Energy LLC.
Zhejiang ERG Energy LLC.
Who are we Zhejiang ERG Energy LLC. is a manufacturer of Battery Energy Storage System (BESS). Adhering to the mission of "leading energy storage safety and creating a better life together", we are committed to "promoting a safety revolution in the global energy storage industry". What's the difference: Based on more than 30 years of high standard manufacturing system and capital strength of Erge Technology Group, we have formed a unique all vanadium flow battery system integration capability in the field of flow battery technology. Under the leadership of Dr. Li Zhiguang and Chief Scientist Dr. Gao Jinxu from Argonne National Laboratory in the United States, Erge Energy continues to tackle the research and development of a new generation of water-based organic electrolytes, aiming to break through energy density and cost bottlenecks and explore new paths for future energy storage. Erge Energy has provided independent innovative solutions for global energy transformation in multiple fields such as off grid energy storage, commercial & industrial energy storage, grid side peak shaving, and renewable energy matching.
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