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The Industrial Effectivity and Decarbonization Workplace launched the Industrial Power Storage Programs Prize, a $4.8 million problem searching for cost-effective vitality storage options that may help an industrial facility’s thermal or electrical vitality wants.
Immediately, the U.S. Division of Power’s (DOE) Industrial Efficiency and Decarbonization Office (IEDO) launched the Industrial Power Storage Programs Prize, a $4.8 million problem searching for cost-effective vitality storage options that may help an industrial facility’s thermal or electrical vitality wants. Revolutionary vitality storage applied sciences will probably be important to assist the USA meet rising electrical energy demand and place the nation to guide in world markets.
America’s industrial sector creates supplies and merchandise important to our day by day lives — from the cement used to construct our roads to the metal and iron in our buildings, railways, and home equipment. This important sector accounts for one-third of the nation’s major vitality use and rising its flexibility is crucial to utilizing our vitality assets as effectively as potential. Power storage options that may be charged by thermal or electrical sources and supply heating, cooling, and/or energy to industrial amenities can enhance effectivity, scale back air pollution, and assist enhance the general public well being of Individuals in communities throughout the nation. Enabling knowledge middle flexibility by way of vitality storage options can also be a key a part of DOE’s technique to handle the anticipated rise in electrical energy demand from knowledge facilities as outlined within the new 2024 Report on U.S. Data Center Energy Use. Revolutionary vitality storage options can scale back extra burden on the electrical grid, whereas rising resilience, lowering prices, and giving producers larger management and suppleness over the supply of vitality and the way it will get built-in into their processes.
For this prize, IEDO invitations submissions of thermal vitality storage options throughout three classes representing a spread of temperatures of commercial relevance:
- Industrial cooling vitality storage
- Excessive-temperature (>300°C) industrial vitality storage
- Industrial thermal storage for hybrid cooling, heating, and energy.
Opponents will advance their vitality storage options in direction of market adoption over the course of three phases: Design, Advance, and Validate. Within the Design part, as much as 18 winners will probably be chosen for his or her cost-effective ideas (with six winners anticipated to be chosen in every class). Successful groups will every obtain $100,000 in money and be eligible to compete in Part 2.
Purposes for Part 1 of the Industrial Power Storage Programs Prize are due April 29, 2025, at 5 p.m. ET. Solely Part 1 winners will probably be eligible to compete in Part 2.
Go to the Industrial Energy Storage Prize website to learn to apply and register for an informational webinar on Jan. 28, 2025, at 2 p.m. ET.
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