What is exergy storage?

Exergy Storage is scaling up the next generation of energy storage: a novel battery technology based on abundant, low-cost materials, like rock salt, (recycled) aluminium and iron.

What is exergy battery technology?

The technology allows for thousands of deep cycles. Exergy’s battery technology can be employed in containerized solutions. Their intrinsic safety, high energy capacity, modularity and low cost make them an excellent fit for utility-scale and industry applications, for example, next to large wind- and solar energy parks.

Why should you choose exergy storage battery cells?

The high energy and excellent safety performance of Exergy Storage battery cells makes them a candidate for the electrification of transport over rivers and coastal waterways, including barges and passenger transport. Our battery technology leverages some of the world’s most abundant materials.

What is exergy3 technology?

By converting renewable electricity from the grid into thermal energy, Exergy3 technology can supply high temperature, low carbon heat to power industrial and thermal processes. During low demand periods, it can store “waste” renewable electricity (when it is cheapest) for later use.

Why do we need exergy3 technology?

We need low/zero carbon heat (above 600 C) and decarbonised flexibility services to utilise renewable energy intermittency. Exergy3 technology benefits the planet and the customer as it can cut carbon emissions and costs.

How do exergy batteries work?

Exergy’s batteries employ simple scalable production processes to offer batteries against low costs. Each Exergy battery is build of multiple cells. Every cell consists of a cathode compartment (positive pole) and an anode compartment (negative pole). When the cell is charging, ions flow from the anode to the cathode (storing energy).