Mateo Jaramillo from Form Energy discusses the importance of multi-day energy storage on the grid, highlighting the limitations of lithium-ion batteries. They explore real-world examples from Form's experience with utilities like Xcel and Georgia Power, and the competitive landscape for multi-day storage. The podcast also touches on the implications of multi-day storage on land use, the role of multi-day storage for utilities beyond balancing renewables, and the future of a decarbonized grid.
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Quick takeaways
Cost-effective multi-day storage is essential for the energy transition, enabling utilities to incorporate renewables, meet energy demand, and reduce land use.
Multi-day storage assets provide capacity, reliability, and grid resilience services, mitigating congestion, reducing basis risk, and supporting transmission expansion plans.
Deep dives
The value of cost-effective multi-day storage in the energy transition
Cost-effective multi-day storage plays a crucial role in the energy transition by allowing utilities to bring on lower-cost intermittent resources while maintaining reliability and capacity. By using a 100-hour battery or multi-day storage asset, utilities can incorporate more renewables into their system, meet growing energy demand, and reduce land use for additional generation. This type of storage can help alleviate transmission bottlenecks, provide physical hedges against price spikes, and support the integration of renewable energy. Form Energy is working on developing a cost-effective 100-hour battery, utilizing an iron-air chemistry that offers a significant reduction in cost compared to lithium-ion batteries. The company aims to address the growing need for long-duration energy storage and provide a valuable asset for the decarbonization and growth of the electric grid.
Different applications of multi-day storage
Multi-day storage assets serve various functions on the grid, depending on the specific needs and goals of utilities. These assets offer capacity and reliability services, allowing utilities to meet load growth, incorporate more renewables, and enhance grid resilience. They can buffer renewable generation during periods of congestion, mitigate basis risk for power plants, provide physical hedges against price spikes in wholesale markets, and support transmission expansion plans. The operations of a multi-day storage asset are dynamic and dependent on optimizing its use for maximum value, rather than relying solely on arbitrage opportunities or short-term fluctuations in energy prices.
Examples of multi-day storage applications
Two examples of utilities benefiting from multi-day storage are Georgia Power and Excel Energy. Georgia Power is utilizing a 100-hour battery to bring on lower-cost intermittent resources, meet load growth, enhance reliability, and reduce land use. Excel Energy is utilizing multi-day storage to meet their decarbonization goals, incorporate more renewables, and participate in wholesale markets, such as MISO. In regions with transmission and interconnection bottlenecks, multi-day storage can alleviate congestion and enable more efficient transmission build-out. This technology also offers solutions for existing assets facing economic challenges, allowing them to shape energy output and reduce basis risk. Multi-day storage provides a physical hedge and enhances grid flexibility in a future decarbonized grid.
The future of decarbonized grids and the competitive landscape
In a decarbonized grid, a mix of resources will be needed to meet the growing demand for renewable energy and electricity. While technologies like carbon capture and hydrogen may play a role, cost-effective multi-day storage, such as Form Energy's 100-hour battery, offers scalability, high quality, and cost advantages. The competitive landscape for decarbonized grids includes a range of generation resources, including solar, wind, nuclear, geothermal, and more. The ability to deploy cost-effective multi-day storage assets will be crucial in meeting load growth, integrating intermittent resources, reducing land use, providing reliability and capacity services, and supporting the overall goals of the electric system.
It’s time to get specific. In the power industry “long-duration energy storage” could mean anything from 4 to 10 to 100 hours of energy. But Form Energy’s Mateo Jaramillo argues that batteries in the ballpark of 100 hours hit a sweet spot, and that sweet spot deserves its own term: multi-day storage.
In the 15 minute to 12 hour range, lithium-ion batteries shine, effectively displacing natural gas peaker plants that run less than 5% of the year. But they don’t displace higher-capacity generation. Nor do they meet the needs of the grid during significant weather events, like heat domes, Nor'easters and freak Texas winter storms that can last upwards of 75 hours. And for that, Mateo says we need multi-day storage.
Form Energy’s iron-air batteries madeheadlines back in 2021 for promising to deliver tens of hours of storage at a low cost per kilowatt hour. (Energy Impact Partners, where Shayle is a partner, invests in Form Energy.) So what role could multi-day storage play on the grid?
In this episode, Shayle talks to Mateo about real-world examples from Form’s experience with utilities like Xcel and Georgia Power. They also cover topics like:
The strengths and limitations of lithium-ion batteries on the grid today, and why Mateo thinks lithium-ion is here to stay.
The competitive landscape for mulit-day storage, including iron-air, carbon capture and storage, hydrogen, and transmission.
What role multi-day storage plays for utilities beyond balancing renewables, such as meeting load growth and resilience goals.
Plus: Shayle’s idea for bitcoin mining on a barge.
Recommended Resources:
Canary Media: Form Energy closes its biggest deal yet for long-duration energy storage
Carbon Copy: A groundbreaking long-duration battery nears industrial scale
Wall Street Journal: Old West Virginia Steel Mill Becomes a Green-Energy Powerhouse
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Catalyst is brought to you by Sungrow. Now in more than 150 countries, Sungrow’s solutions include inverters for utility-scale, commercial, and industrial solar, plus energy storage systems. Learn more at us.sungrowpower.com.
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