NOMAD Power Solutions, Inc. (NASDAQ: NMAD) has received authorization from the U.S. Department of Energy Office of Electricity to advance into Phase 3 of its approximately $19 million Vermont Long Duration Energy Storage Demonstration Project. The project, which will deploy up to eight NOMAD transportable battery energy storage systems across five sites in Green Mountain Power’s Vermont service territory, is now moving into installation, integration, and construction.
The significance of this milestone lies in the project’s potential to demonstrate transportable energy storage as a flexible and scalable resource for utilities. Unlike fixed storage installations, NOMAD’s mobile platform can be relocated to where power is needed most, supporting peak demand, emergency response, and planned maintenance. This capability is increasingly critical as the grid integrates more renewable energy sources, which are variable and require flexible backup.
The project is supported by a $9.5 million DOE award and an approximately 50% non-federal cost share. This public-private partnership underscores the federal government’s commitment to advancing long-duration energy storage technologies that can enhance grid resilience and reliability. Phase 3 will incorporate NOMAD’s latest platform, including next-generation lithium iron phosphate batteries and microgrid-enabled controls, to demonstrate the technology’s effectiveness in real-world utility operations.
Green Mountain Power has already used an existing NOMAD system for peak management and to maintain service to commercial customers during planned utility maintenance. This prior use provides practical evidence of the system’s value, and the expanded deployment will offer a larger-scale test of its capabilities. The outcomes of this project could influence how utilities and policymakers approach energy storage investments, particularly in regions with harsh climates like Vermont, where grid resilience is paramount.
NOMAD’s patented transportable platform is designed to serve utilities, data centers, industrial customers, municipalities, and critical infrastructure applications. By mobilizing energy storage, the company aims to enable customers to deploy power where and when it is needed without waiting for permanent infrastructure. This approach could reduce the time and cost associated with traditional grid upgrades, offering a more agile solution to evolving energy demands.
As the project progresses, the integration of advanced battery chemistries and control systems will be closely watched by industry stakeholders. The successful deployment could pave the way for broader adoption of transportable energy storage across North America, providing a new tool for grid operators to manage increasing electrification and renewable penetration.
For more information, visit the full press release here.
