Powering the toughest cases
Geyser Batteries deliver power where other energy storage solutions fail:
sustaining over a million of deep-discharge cycles at ultra-high power in extreme ambient conditions.
Based on widely available chemical materials and using water as a solvent for electrolytes, our devices pose no toxicity or fire/explosion hazard.
Aqueous electrolytes also mean that our manufacturing process does not require huge amounts of energy, this is a major difference to manufacturing supercapacitors and Li-ion batteries based on organic electrolytes. Therefore our products are carbon neutral and with their long life and multimillion charge-discharge cycle capability, Geyser Batteries produce less waste over time.
Geyser Batteries are designed to outperform some of the best high-power energy storage solutions available today.
Backed by decades of research, development and technological advancement, our products combine the energy storage capability of batteries with the durability and ultra high power performance of supercapacitors in a single electrochemical system.
Our batteries push the boundaries of electrochemical energy storage capabilities in terms of the number of charge-discharge cycles, operational temperature range and are recharged almost instantly every time. They require no maintenance and are easy to keep cool, thanks to their planar internal structure.
The bipolar design used in Geyser Batteries results in the largest possible cross section for internal current across the whole device. Bipolar design guarantees also uniform current density on electrodes. Both of these unique features contribute to low and uniform heat generation which is easy to control. For a customer this means a long and healthy battery life with no maintenance required along the way.