Energy storage with
new battery chemistries
Think beyond lithium
Donald Sadoway has a worldwide reputation as a leading developer of new battery chemistries. Taking the approach of extreme electrochemistry, he has moved forward new battery chemistries for stationary storage, portable devices, EVs, satellites, drones.
The new battery chemistries deliver high performance and cost efficient energy to power the grid, homes, businesses, and with defense and aerospace applications.
Decarbonization is no longer an abstract goal; it is an immediate global necessity. Renewable electricity, electrified transportation, resilient grids, and industrial decarbonization all require energy storage technologies that can scale without creating new safety, supply chain, or environmental burdens. Professor Sadoway’s research directly addresses the need for alternatives that are safer, cheaper, longer lived, and less dependent on scarce or geopolitically constrained materials.
The Liquid Metal battery for stationary storage at massive scale, for balancing the grid or power-intensive computational facilities.
Stationary storage at moderate scale to serve the single-family home, small-to-medium enterprise, or EV charging station.
Rechargeable battery operable over extreme temperature range with high energy density for defense and other advanced applications.
The Liquid Metal battery for stationary storage at massive scale, for balancing the grid or power-intensive computational facilities.
Stationary storage at moderate scale to serve the single-family home, small-to-medium enterprise, or EV charging station.
Rechargeable battery operable over extreme temperature range with high energy density for defense and other advanced applications.