Building & stationary energy
Individual electricity supplies
Off-grid or grid-supporting
nanoFlowcell® serves as a highly valuable redundant power source, especially in scenarios where safeguarding critical infrastructure components is imperative during power outages.
Flow cell technology is already in use for individual electricity supplies, such as energy storage for domestic wind or solar systems. While traditional flow cells require large setups due to the low energy density of their electrolyte liquids, nanoFlowcell® with bi-ION® offers a distinct advantage: it's remarkably compact and boasts higher power and energy density.
For households or villages without access to the public grid or natural energy sources like sunlight or wind, nanoFlowcell® technology presents an eco-friendly and dependable alternative to traditional oil and diesel generators or block-unit power stations.
Bi-ION® offers a distinct advantage: it can be effortlessly stored in tanks without any degradation of its energy content. Much like the familiar process of refueling with oil or diesel, electrolytes are replenished by a fuel tanker. This means that existing solar or wind power installations can rely on nanoFlowcell® as a backup, ensuring a continuous energy supply during peak demand periods when local solar or wind facilities may fall short. In remote regions, nanoFlowcell® technology holds the potential to provide power to a range of essential systems, from computers and air conditioning units to cooling systems, radio equipment, or even milking systems.
nanoFlowcell® energy for grid-supporting and grid-securing applications
nanoFlowcell® power stations offer scalable capabilities ranging from kilowatts to megawatts, making them versatile for supporting power grids. Consequently, nanoFlowcell® plays a crucial role in ensuring a smooth transition to green energy. Unlike gas turbines or diesel generators, nanoFlowcell® power stations deliver clean, emission-neutral electricity instantly, with a simple push of a button.
Engineered to handle substantial load variations and endure sub-zero temperatures, nanoFlowcell® power stations excel in resilience. Furthermore, they outshine other generators in terms of user-friendliness and maintenance simplicity.
Individual nanoFlowcell® energy supply
With nanoFlowcell® power units, you can enjoy clean and reliable electricity at home. You can use them as standalone units or connect them to your existing wind or solar power system. The only thing you need is bi-ION® electrolyte solutions, which are delivered by tanker trucks and stored in tanks similar to those used for petroleum. Unlike conventional (lithium-ion) batteries, nanoFlowcell® power units do not produce any harmful emissions or waste. They are also easy to use - just press a button and get instant energy anytime, day or night. You can even use your home bi-ION® supply to fuel your nanoFlowcell®-powered vehicles.
Self-sufficient nanoFlowcell® electricity grid
nanoFlowcell® power stations can be used to supply self-sufficient electricity grids, for example as standalone power systems, to enable off-grid electrification in remote regions or as central power units in microgrids. Our nanoFlowcell® technology makes renewable energy mobile and delivers clean and eco-friendly energy to the remotest corners of the earth. The use of diesel generators or gas turbines in the aforementioned application scenarios is thus rendered superfluous.
Stationary electricity supplies
The benefits of nanoFlowcell® technology
No emissions that are harmful to health or the environment
No noise such as that generated by internal combustion engines
High system stability, low maintenance, long operating life
The bi-ION® electrolyte liquids are easy to store, keep almost indefinitely, have a low rate of self-discharge, are spark-resistant, non-flammable and non-explosive, and are neither harmful to the environment nor to health
Scalable power – from kW to MW
No “diesel bug” or flocculation with bi-ION®
Off-grid electricity supply
Integration of stationary and (electro)mobile nanoFlowcell® systems possible
Regional supply of bi-ION® electrolyte liquids