ARIES is moving towards the future of renewable and accessible energy, with the design and supply of the most advanced complete storage systems and with the agreed functionality and quality.
0 to 98%
Depending on model
No. of cells / kW
% per month
Depending on model
Temp. of work
-30ºC to +60ºC
0ºC to +35ºC
Module weight 5kW
ARIES designs and integrates vanadium batteries and, to complete the scope of its services, has reached a collaboration agreement with companies in the United States and China for LiNMC / G lithium batteries especially suitable for network operation.
In vanadium reduction-oxidation (Redox) flow batteries, nearly 100,000 operating hours have already been achieved, thus demonstrating safety, reliability and efficiency between both technologies.
Microgrids & Residential
Commercial & Industrial
Energy storage systems facilitate big savings by shifting the time of use to when the energy is more expensive and charging the battery when the grid has the energy at the lowest cost.
Grid quality is vitally important to deliver quality energy and the increasing entrance of renewable power. Particularly solar and wind will produce irregularities that need to be corrected in a fraction of a cycle that can be achieved with the introduction of batteries.
Principle of vanadium flow batteries
Vanadium flow batteries perform the conversion between electrochemical energy and electrical energy through the electrochemical reaction of vanadium electrolytes of different valences + 2, + 3, + 4, + 5 that circulate in contact with the electrodes.
The electrochemical reaction, the standard electrode potential, and the standard electromotive force are as follows:
- · Negative: V2+ – e = V3+ E0 = -0.25V （1）
- · Positive: VO ++2H++e = VO2++H2O E0 = 1.00V （2）
- · Reaction: V2++VO2++2H+ = V3++VO2++H2O E0 = 1.25V （3）