
HIGH ENERGY DENSITY WATER BASED STATIONARY BATTERIES
We turn bio-waste into a high energy density organic electrolyte that stores 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 store energy in a liquid electrolyte separate to the cell stack. This makes them highly customizable, simple to scale, lowers self-discharge, and eliminates the fire risk. Pumps and tanks limit their use to stationary applications. Here, litihuim-ion battery safety regulations enforce miniumum stacking distances which gives flow batteries higher energy densities.
Our breakthrough is on the electrolyte. We’ve developed organic molecules which are safer than todays metal based electrolytes. They use some of the most abundant elements on earth replacing mining with local bio waste manufacturing. They also carry twice the charges, doubling energy density.
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 |
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Fire safe | ||
Footprint | ||
Scalable | ||
Customizable | ||
Sustainable | ||
Non-toxic | ||
Weight |
OUR MARKETS
Pain Points: Remote locations, reliance on diesel, need low-impact infrastructure.
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Allows off-grid resorts, lodges, and eco-villages to run on 100% renewable energy
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No pollution, long lifespan, 0 fire risk, low noise, a perfect match for eco-conscious guests
Support your operations with an energy storage solution as green as your mission
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Pain Points: Rising electricity demand with EV fleets and automation, rising electricity costs.
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Store energy from solar panels for night time operations and to charge EV fleet
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Backup energy for refrigeration, robotics, and automation equipment
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Place energy tanks underground for minimal space impact
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Pain Points: 99.9999% uptime requirement, high power usage, grid congestion.
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Safe, non-flammable, non-toxic, long-lasting alternative to lithium, more reliable than diesel generators.
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Meet government and client sustainability requirements.
Secure your uptime with green energy with storage built for the long run
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Pain Points: Reduce emission impacts within harbors with high grid constraints
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Shore-to-ship power for vessels to switch off engines at ports to curb emissions
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Power port equipment
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Storage for remote island shipping hubs
Let's decarbonize shipping with reliable port-side energy storage
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OUR TEAM

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.
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
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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.