Prevalon Energy LLC has contracted with Idaho Power for a complete battery energy storage system (BESS) along with a robust long-term service agreement. The project will provide grid resiliency as a net-peak solution, allowing the utility to continue providing reliable power during peak demand periods. The service agreement includes both maintenance and remote monitoring.
Prevalon’s four-hour battery storage project with up to 328 MWh will align with Idaho Power’s plan to integrate more than 5 GW of energy from wind and solar projects over the next 20 years.
The BESS will ensure that the energy produced by these intermittent sources can be stored for future transmission. The company’s Prevalon Battery Energy Storage Platform, a complete AC solution including the battery enclosures, inverters, medium-voltage transformers and EMS (Energy Management System), will form the cornerstone of the utility’s battery storage project, which will make a significant contribution to capacity from Idaho Power. target to deliver 100% clean energy by 2045.
Prevalon’s BESS is designed to meet the utility’s specific needs, including robust safety and security protocols and reliable operation. The project is expected to be fully operational in 2025.
“This order is a testament to the hard work of a highly talented team that has positioned Prevalon as a capable and established business partner for our customers with deep project experience in the rapidly evolving and growing development of battery energy storage,” said Tom Cornell, president and CEO of Prevalon, a Mitsubishi Power Americas company. “We value the partner mentality and look forward to working closely with Idaho Power as they incorporate our end-end integrated battery energy storage solution into their long-term plans to ensure a stable and reliable energy network for their customers.”
Battery energy storage has emerged as a crucial technology in the march towards a cleaner, sustainable energy future. Prevalon is committed to innovative battery energy storage products and services to store electrical energy, largely from renewable sources such as wind and solar energy, so that it can be used at a later time. This approach enables a more efficient, reliable and sustainable electricity grid because it is designed to respond quickly to changes in grid supply and demand.
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