Q&A’s
VANEVO
Why is VANEVO using redox flow technology?
Redox flow batteries have been developed since the 1980s and bring significant advantages for stationary electricity storage. These include incombustibility when using water-based electrolytes, a long service life of over 15,000 charging cycles, easy recycling of the active material and the ability to scale performance and capacity independently of each other.
How much electricity can redox flow batteries store?
The storage capacity of redox flow batteries remains extremely flexible. It ranges from small commercial systems utilizing a few kWh through to large systems that can store up to 800 MWh.
Which products does VANEVO offer?
VANEVO develops and distributes both stacks as well as DC modules based on redox flow technology. These can be deployed in storage systems of various sizes.
Who are the customers of VANEVO?
Our stacks are used predominantly by manufacturers of redox flow battery systems, whereas our modules are used primarily by system integrators offering comprehensive energy storage solutions.
What distinguishes VANEVO stacks?
Contrary to traditional stacks, which are often sealed using rubber-type seals or welding, VANEVO employs an innovative bonding process. This makes production more efficient with less material consumption and reduced manufacturing costs.
Why are stacks from VANEVO more cost-effective than others?
The stacks from VANEVO require no rubber-type sealing materials and are bonded in a single process. This considerably reduces assembly work, accelerates production and lowers material costs, leading to significantly lower costs overall.
Why does VANEVO also produce modules?
The development of high-performance redox flow batteries requires special expertise that only a few companies in the world can offer. This is why VANEVO also offers ready-made modules that can be integrated into larger storage installations using system integrators. Such modules ease the implementation and scaling of energy storage technology.