As renewable energy sources like wind and solar increasingly displace fossil fuels, our collective efforts toward reducing greenhouse gas emissions gain momentum. However, the variable nature of renewables, coupled with limitations in grid infrastructure, hinders their full potential impact on the energy landscape. To meet the ambitious energy transition goals set by governments worldwide, significant electrication of industry and deployment of energy storage is imperative.

Enter SynchroStor, pioneering a novel approach to energy storage with its patented Pumped Thermal Energy Storage (PTES) technology. Designed to meet the evolving demands of the energy transition, SynchroStor's PTES solution harnesses abundant, locally-sourced materials, ensuring scalability without straining the Earth's resources. This not only supports local economies but also fosters a just and sustainable energy transition.

When directly generating heat in a gas burner, or in an electric heater, we cannot generate more than one unit of heat for one unit of input energy. But in a heat pump, a single unit of electricity can move 2-5 units of heat. Using a versatile architecture suitable for almost any heating or cooling application, our machine enables high temperature output in a package that is: compact, configurable, efficient, stackable, and scalable.

One of the defining features of SynchroStor's PTES technology is its fully decoupled storage depth, offering unparalleled flexibility to tailor solutions to the unique needs of each customer. Whether it's specifying storage capacity in megawatt-hours or adapting to fluctuating power demands, SynchroStor's PTES stands ready to meet the challenges of tomorrow's energy landscape.

At the heart of SynchroStor's PTES technology lies its utilization of synchronous generators and unparalleled full reversibility capability, enabling rapid stabilization of grids of any size. With a modular design and absence of hazardous materials or processes, PTES installations can seamlessly integrate into diverse environments, accommodating power requirements ranging from 1MW to hundreds of MW.