Eos Energy Enterprises, Inc. (NASDAQ:EOSE) (“Eos”), a leading provider of safe, scalable, efficient, and sustainable zinc-based energy storage systems, today announced the signing of two significant orders with Bridgelink Commodities, LLC (“Bridgelink”) and a leading Northeast solar developer totaling 1.1 GWh of energy storage capacity to be delivered over the next three years.
Bridgelink increased its multi-year master supply agreement (“MSA”) to 1 GWh for deliveries over the next three years with an incremental order value of $181 million for new project installations. In addition, Eos will manufacture a separate 40MWh order valued at $13 million for fourth quarter 2022 delivery.
“We’ve built a strong working relationship with Eos and are proud to bring American-made technology to the ERCOT market in Texas,” said Bull Flaherty, Managing Director at Bridgelink. “Eos’ technology allows us the flexibility to meet the growing demand profile of ERCOT and bring more power to US consumers when needed.”
Additionally, a 300 MWh MSA was signed with a leading Northeast solar developer for front of the meter stand-alone storage and solar plus storage applications that provide energy shifting and ancillary services with deliveries forecasted over the next three years.
Eos Znyth™ battery technology can be used for front-of-meter grid installations and behind-the-meter industrial applications among other use cases. The zinc-powered batteries can be deployed as both standalone storage and paired with renewables on the electric grid in addition to being used in commercial & industrial facilities.
“Over the past six months our opportunity pipeline increased to more than 20GWh, and we are excited to start seeing those opportunities convert into orders,” said Joe Mastrangelo, CEO of Eos. “These orders fit perfectly with our ongoing manufacturing capacity expansion which we began late last year. Growing our relationship with customers like Bridgelink demonstrates how our flexible technology allows our customers to serve a variety of use cases.”
