SCALABLE WATER BASED STATIONARY BATTERIES
We turn bio-waste into next-generation material that bind iron and store green energy in flow batteries for when and where you need it
OUR VISION
A world where green energy is always there when you need it
Flow batteries is a 150 year old technology for which energy is stored in a liquid electrolyte in tanks. We have developed innovative organic molecules that can be sourced from bio-waste and combined with iron create a high performing, low cost, electrolyte.
The battery is charged when the liquid is pumped through a battery stack, in one direction, and discharged in the opposite direction. The stack is like a cheese sandwich. For "hungry" applications that need a lot of power in a short period of time you stack a lot of sandwiches. For applications that need energy over a long time you expand your "fridge" by building a lot of tanks. The separation of power and energy make flow batteries scalable with low self-discharge.
Our solution is fire proof, can be sourced from bio-waste, is stable, has low toxicity and limited membrane crossover, and is made from earth abundant materials making it a reliable choice for future energy needs.
This is the future of green energy storage!
OUR TECHNOLOGY
Our quick comparison guide on how we perform on large stationary applications.
Contact us for more information.
Benefit | Lithium-ion Batteries | Wolf Batteries |
|---|---|---|
Cost | ||
Scalable | ||
Customizable | ||
Made from bio-waste | ||
Low toxicity | ||
Low ecotoxicity | ||
Fire safe | ||
Weight |
OUR MARKETS
Pain Points: Weak grids, limited capacity, need continous power to maintain cooling
-
100% non-interrupted power for critical operations from solar power system
-
No need to service and operate fuel expensive diesel generators
-
Pain Points: Grid limitations constrain growth of current and expansion for future tenants, grid upgrades expensive and time consuming.
-
Increased rental revenue from expansion of current and future tenants
-
Safe energy storage with 0% fire risk
-
Space efficient stored below ground
-
Pain Points: High charging costs, limited availability and lowered productivity from public charging.
-
Charge EV fleet with solar panels during night time for full day operations
-
No need for expensive grid upgrades
-
Pain Points: 99.9999% uptime requirement, high power usage, grid congestion.
-
Safe, non-flammable, non-toxic, long-lasting alternative to lithium, more reliable than diesel generators
-
Meet government and client sustainability requirements
Secure your uptime with green energy with storage built for the long run
-
OUR TEAM
CEO Emil Jersling
Tech entrepreneur with engineering degree from Imperial College London and RWTH Aachen, MBA from INSEAD, and 20-years experience building ventures in Europe, Asia, and Latin America.
CTO Nicolas Daub
PhD in electro-, and organic chemistry from Eindhoven University of Technology. Specialized on flow batteries, electrolyte patent holder, 6-years experience developing redox flow battery technology.
OUR ADVISORS
Leaders in Science
Mariano Grünebaum
Helmholtz Institute Münster
Redox Flow and Aqueous Battery Systems
Clare Gray
.jpeg)
University of Cambridge
In-situ NMR Studies of Battery and Supercapacitor Function
Antoni Forner-Cuenca
Eindhoven University of Technology
Electrochemial technologies and porous materials
Edwin Otten
University of Groningen
Molecular synthesis, physical (in)organic chemistry, and electrochemistry
CONTACT US
Let's talk about your battery needs.
Send us a message and we'll be in touch.