The New Energy
Redefining energy with flow cell innovation
bi-ION® – Powering Tomorrow's Clean Energy
bi-ION® is the brand name for nanoFlowcell’s proprietary electrolyte liquid. It consists of salts, water and the actual energy carriers – specially designed molecules. In a nanoFlowcell®, the chemical energy bound in bi-ION® is converted into electrical energy.
The bi-ION® electrolyte solution has a power density comparable to modern lithium-ion batteries but with an energy density that is five times higher. bi-ION® is the perfect energy solution for environmentally friendly and sustainable electric drives as well as for clean energy stationary and mobile applications.
bi-ION® - A Revolution in Energy Storage
bi-ION® is one of our most significant innovations, driving the performance of the nanoFlowcell® system. After years of dedicated research, we've engineered specialized charge carriers that give our electrolyte liquid superior power and energy density, surpassing any liquid battery available on the market today.
In our advanced digital simulation lab, we've explored new molecular structures and charge transport mechanisms, significantly accelerating the development of bi-ION®. With cutting-edge simulation tools, we shortened the development timeline to just five years, progressing from conceptual design to a physical test model and in-vivo testing.
Breakthrough in electrical Power
Our innovative charge carrier allows for a much higher concentration than conventional flow cell electrolytes. While stationary systems need massive tanks, the QUANTiNO 48VOLT delivers equivalent performance with a compact, car-sized tank.
Currently, bi-ION® achieves an energy density of 600 Wh per liter. Compared to lithium-ion batteries in today's electric vehicles, a nanoFlowcell® powered by bi-ION® can provide up to five times the range, offering a significant leap in energy efficiency and driving distance.
Decentralized Energy Production
Unlike fossil fuels, which are primarily sourced from a limited number of countries, bi-ION® electrolyte can be produced locally almost anywhere in the world, provided the necessary production equipment is available. This opens the door to a more decentralized and sustainable energy supply.
Clean Water, Clean Energy:
The bi-ION® Journey
The water purification process is an important preliminary stage in the production of our bi-ION® electrolyte solution.
Our water treatment system can process both seawater and highly polluted wastewater, including urban, industrial, and rainwater outflows.
Our purification process filters and demineralizes water using specialized methods. Economically, it stands out for its simplicity and relatively low energy consumption.
After purifying the water to meet our bi-ION® production standards, we add a precise mixture of metallic and non-metallic salts. The solution is then enriched with the specially designed bi-ION® molecule, our proprietary energy carrier.
Our specially formulated aqueous salt solution ensures that bi-ION® is easily transportable, pumpable, and performs reliably under extreme temperature conditions.
Next-gen energy solution
nanoFlowcell® offers an innovative energy solution suitable for both mobile and stationary applications. Unlike conventional batteries, it relies on liquid electrolytes stored externally to the cell. Positively and negatively charged solutions circulate through separate channels and pass across a transducer membrane, facilitating ion exchange. This process transforms the chemical energy in the bi-ION® solution into electricity, providing instant power output.
Scalable energy
Flow cells, like nanoFlowcell®, differ from traditional batteries by separating energy conversion from storage. The energy output depends on the concentration and volume of the electrolyte solution, not the cell size. This allows nanoFlowcell® to be infinitely scalable, making it adaptable to a wide range of applications.
Refill, not recharge
The nanoFlowcell® system eliminates the need for long recharging times typical of batteries or flow cells. Instead, once the bi-ION® electrolyte is used, it can be quickly refilled, offering a more efficient and convenient energy solution.
Eco-filtration for QUANT EVs
In mobile applications, such as QUANT electric vehicles, the electrolyte fluid undergoes an initial filtration process to extract dissolved salts and electrolytes. This filter replacement occurs approximately every 10,000 kilometers and facilitates environmentally conscious recycling.
Water vapor release and electrolyte refill
A motion-powered generator efficiently atomizes residual water into harmless vapor during the journey, making emissions environmentally friendly and safe. Meanwhile, electrolyte tanks are emptied much like those in conventional combustion engine vehicles, and refilling them mirrors the familiar process of refueling a standard gasoline or diesel vehicle.
Eco-friendly energy
nanoFlowcell® technology stands as an exemplar of environmental friendliness, assuring safety for health. The production of our nanoFlowcells exemplifies efficiency, cost-effectiveness, and environmental consciousness, utilizing readily abundant and commonplace substances and raw materials.
The flow cells and the bi-ION® electrolyte solution work without the need for precious or rare earth metals. All the essential raw materials for nanoFlowcell® and its electrolytes can be sourced sustainably, used without posing any health hazards, and disposed of in an environmentally safe manner.
Durability, Safety, and Efficiency of nanoFlowcell®
Durable and Recyclable
nanoFlowcell® technology sets a new standard in durability and recyclability. With an extended service life and advanced raw material recovery, it eliminates common battery issues like power loss from the memory effect. nanoFlowcell® retains its performance even after 10,000 charge cycles—ten times the endurance of lithium-ion systems—equivalent to around 10 million kilometers in vehicle applications, far exceeding typical car lifespans. Additionally, its minimal self-discharge when idle makes it highly efficient for long-term use.
Guaranteed Safety
Offering significant safety benefits over traditional battery systems, nanoFlowcell® employs a single electrolyte, simplifying charge monitoring and eliminating the need for equalization charges. Unlike lithium-ion and polymer batteries, it avoids risks of unwanted chemical reactions or deep discharge, ensuring safe and reliable operation across various applications.
High Efficiency
nanoFlowcell® delivers over 90% efficiency, substantially outperforming internal combustion engines. In electric vehicles, it operates efficiently within a temperature range of 194°F to 266°F (90ºC to 130ºC). With no moving parts other than the electrolyte pumps, nanoFlowcell® is a highly reliable, low-maintenance system ideal for sustainable and efficient energy applications.
