Powering Tomorrow's Energy Today

We are an energy storage company focused on design and implementation of iron redox flow battery systems for long-duration, high-reliability applications. In simple terms, these systems store energy in liquid electrolytes making them safer and with a longer duration and longer life span than conventional batteries.

We believe IRFB technology is the ideal solution to safe, dispatchable on demand energy storage and will remain a core BESS option for the forseeable future. Our understanding of how these systems perform in a real operational environment, the regulatory framework and the commitment from our established industry partners allow us to put your project objectives on a buildable path. Our work is centered on how the iron redox flow battery interacts with the grid, charge/discharge cycle management and contingency conditions, stack configurations, and battery chemistry in pursuit of the ideal design of your system. And that's just the beginning.

Whether you are exploring energy storage for a hyperscale data center, a power utility or a mission critical industrial, military or medical site we will employ the complex capabilities of the iron redox flow battery and provide operating strategies that fit your specific needs.

If you're curious how iron based aqueous storage can improve reliability, reduce peak costs and supply the energy you need when you need it, we invite you to contact us and start a no pressure conversation about what's possible.

Introducing Our Principals

Greg Bulger - CEO/CFO

My team and I are truly excited that flow battery technology has reached grid scale compatibility and that long-duration, inherently safe storage is now recognized as essential to grid stability. We have dedicated an extensive amount of effort into researching flow batteries and believe in iron based aqueous systems ability to enhance utility performance, clear congestion up and downstream and reliably cycle every day for 25 years-

Tim Falcone - Design / Implementation Manager

Every project requires a unique approach, with designs tailored to siting, regulatory constraints and utility interconnections. The battery technology stays the same, but when it comes to project architecture there is never just one best way. My role is to present designs that can be implemented across geographies and connectivity scenarios and to manage construction and delivery of the system on time and on budget. I want every client to be confident in the process and to know that they can reach me any time they need to-