WATT Fuel Cell Partners With RedHawk Energy To Enhance Remote Power Access

WATT Fuel Cell Corp., a leader in advanced fuel cell technology, has signed a new reseller agreement with RedHawk Energy Systems, LLC. Through this partnership, RedHawk will offer WATT Fuel Cell’s WATT REMOTE systems, providing customers with a dependable and sustainable power solution for critical infrastructure.

RedHawk Energy has been delivering innovative energy solutions since the early 1980s, serving industries like rail signaling, oil and gas, telecom, electric utilities, and government sectors. As an independent systems integrator, RedHawk customizes energy solutions to meet specific customer needs, ensuring efficiency and reliability.

Matt Ulrich, Technical Sales at RedHawk Energy Systems, stated “We are excited to form a new partnership with WATT Fuel Cell to bring their WATT REMOTE system to our customer base. This partnership with WATT allows us to expand our Solid Oxide Fuel Cell offering to include larger wattage (500W & 1.25kW) systems to better serve our customers’ ever expanding power requirements. As a company with a long history in developing innovative and alternative power solutions, we’re proud to be able to offer WATT’s cutting-edge technology that enhances energy reliability, reduces environmental impact, and provides long-term, sustainable value.”

Caine Finnerty, CEO of WATT Fuel Cell, mentioned “We are thrilled to work with RedHawk Energy to bring our WATT REMOTE system to a broader range of customers. RedHawk’s extensive experience in energy systems integration, coupled with their customer-centric approach, makes them an ideal partner for bringing our innovative solutions to industries that require reliable, off-grid energy.”

The WATT REMOTE system combines energy storage and solar power with WATT’s hybrid power management technology. Designed for off-grid environments, it delivers clean, efficient, and reliable energy by seamlessly integrating multiple power sources. This system is built to perform in even the toughest conditions, making it a top choice for critical applications.