Building & Stationary Energy

nanoFlowcell® offers a reliable and redundant power source suitable for safeguarding critical infrastructure during power outages. With its flow-cell technology, nanoFlowcell® enables decentralised electricity storage, including in renewable-energy systems for homes and small communities. Unlike conventional flow-cell systems, which require large storage volumes due to low energy density, nanoFlowcell® with bi-ION® is compact and provides higher power and energy density.

In remote or off-grid locations without access to renewable energy sources such as solar or wind, nanoFlowcell® provides a sustainable and reliable alternative to oil or diesel generators. This enables households or small communities to access a cleaner and resilient power source that reduces dependence on fossil fuels.

A key advantage of bi-ION® is its long-term storage capability without measurable energy degradation. Its refuelling process is comparable to conventional liquid fuels, allowing straightforward replenishment. This makes nanoFlowcell® a suitable backup power solution for solar and wind systems, ensuring continuous supply during periods of high demand or low renewable generation.

In remote areas, nanoFlowcell® technology can support essential systems such as computers, cooling units, radio equipment and specialised machinery. Its versatile and environmentally responsible design underlines its potential to support sustainable living and essential infrastructure, particularly in regions with limited energy access.