New England states are receiving a boost in their clean energy endeavors as Form Energy secures a substantial grant to construct a groundbreaking iron-air battery in Lincoln, Maine. This project, awarded $147 million from the Department of Energy, aims to enhance the region's electrical grid stability by injecting 85 megawatts of power and maintaining peak output for up to 100 hours. By utilizing iron-air batteries that store energy during periods of abundance, such as when offshore wind farms are generating power, Form Energy is pioneering long-duration energy storage solutions to support the integration of renewables. The innovative technology developed by Form Energy allows for firm power delivery over extended periods, a feat unattainable by traditional wind or solar energy sources. With plans to store 8,500 megawatt-hours of energy, this project sets a new standard in the battery storage industry. Despite being relatively new to utility-scale projects, Form Energy has already secured contracts with major utilities, showcasing the industry's confidence in its groundbreaking approach. The iron-air battery project in Lincoln, Maine signifies a crucial step towards achieving a low-carbon grid in New England. By providing a reliable power supply independent of fossil fuels, the project aims to tackle the region's grid vulnerabilities, particularly during high-demand periods or extreme weather events. With the impending construction of the battery plant, Form Energy is set to create job opportunities and further solidify its position as a leader in clean energy innovation, paving the way for a more sustainable energy future.