Safer

The aqueous electrolyte is inherently non-flammable and explosion-proof, eliminating the risk of combustion or explosion.

More Stable

Operates reliably across an ultra-wide temperature range from -20°C to 40°C, with zero capacity degradation over its entire lifecycle.

More Efficient

Achieves a peak efficiency of ≥83%, with an AC-side efficiency of ≥75% for the integrated application system.

Long Lifespan

Features a stack cycle life exceeding 25,000 cycles and an integrated system lifespan of over 20 years.

Consistent

Manufactured on a fully automated, intelligent production line with micron-level process error control, ensuring consistent stack quality.

Easily Adaptable

Supports customized solutions for hydrochloric acid-based, sulfuric acid-based, and mixed acid-based electrolytes.

Highly Integrated

ALL-IN-ONE integrated electrical, capacity, and power modules. Prefabricated design enables fast and easy deployment.

High Performance

Bypass-current suppression reduces parasitic losses, improving system efficiency by ~3% (typical). Integrated system AC-side efficiency ≥ 75%. Design life ≥ 20 years.

Highly Intelligent

Plug-and-play, convenient operation and maintenance.
Highly intelligent control with millisecond-level fault interruption response. Electrolyte imbalance due to vanadium ion migration can be restored online (capacity recovery).

High energy density

Through the use of specific additives, the stability of VO²+and V³+ions is enhanced, the solubility and stability of vanadium ions are improved, and the energy density of the electrolyte is significantly increased.

Optimize the formula

Through fine-tuning, a balance of electrolyte parameters such as viscosity and density is achieved, ensuring stable battery performance.

Excellent thermal stability

It maintains stable performance across a wide temperature range, helps extend the battery system’s service life, and enhances overall safety.

Concentration customization

The sulfuric acid-based electrolyte is customizable across a concentration range of 1.5–2.5 mol/L, adaptable to any sulfuric acid concentration, ensuring balanced valence state stability.