Energy storage systems are urgently needed today
and demand will grow massively by 2040
Increasing energy
demand
+0 %
Electricity from large scale storage
2000GWh
World
population
0Billion humans
Share of renewable energy
+0 %
Number of
electric
vehicles
0 Mio.
Sources: BP 2018; IEA - WEO 2017; Mercator 2017
WITH OUR SUSTAINABLE AND COST-EFFICIENT STORAGE TECHNOLOGY, WE MAKE A DECISIVE CONTRIBUTION TO ACHIEVING THE ENERGY TRANSITION.
THE ORGANIC-FLOW BATTERY IS A PIONEERING STORAGE
THAT REVOLUTIONIZES THE ENERGY SYSTEM.
Benefits of energy storage
with organic flow batteries
Flexibly scalable
Our Organic Flow Technology allows grid-scale, flexibly scalable energy storage up to the gigawatt range.
ORGANIC electrolyte
Our electrolytes are based on organic molecules. They are durable, reusable and fully recyclable.
Versatile applications
Our high-performance batteries can be
used flexibly and designed individually
for specific applications.
Using conventional redox flow batteries has been a proven technology for more than 40 years
Spatial separation of reaction cell
and storage tanks
Organic Flow Batteries are particularly suitable for stationary energy storage, since the storage capacity is decoupled from the electrical power unit and therefore can be scaled up independently of it. The storage capacity of the battery can simply be adjusted by tank size and the amount of stored electrolyte. Two different liquid electrolytes for the negative and positive electrodes are stored in separate tanks and circulated through two half-cells where the electrochemical reactions for charging or discharging take place.
Organic Flow batteries as renewable energy storage systems
represent a new technology leap
Flexibly scalable in power and capacity
The modular design of the Organic Flow Batteries enables integration into existing infrastructures and optimal configuration according to customer requirements.
The unique characteristic of the Organic Flow technology is the use of an organic electrolyte analogous to energy storage in the human body.