Energy storage systems could be integrated with nuclear power plants to increase flexibility and potentially enhance revenues. This session will cover energy storage technologies that could couple to various coolant temperatures (medium- to high-temperature) or be integral to a plant's design. Energy storage classes include, but are not limited to, electrochemical batteries, mechanical compression/liquefaction of fluids, gravitational potential energy, heat storage materials (solids, liquids, gases; single- and multi-phase fluids), and power-to-X/synfuels.

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Papers

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Base-Load Light-Water Reactors with Variable Electricity Using Crushed-Rock Heat Storage and Steam Peaking Plant with High-Efficiency Steam Injectors

C. Forsberg (MIT), T. Narabayashi (Tokyo Institute of Technology)

Paper

System Efficiency and Dynamic Study of Ca(OH)2/CaO Chemical Heat Pump

Aman Gupta (Univ. of Idaho), Vivek Utgikar (Univ. of Idaho), Paul D. Armatis (Oregon State Univ.), Brian M. Fronk (Oregon State Univ.), Piyush Sabharwall (INL)

Paper

Separating Nuclear Reactors from the Power Block with Heat Storage: A New Power Plant Design Option: Workshop Summary

Charles Forsberg (MIT), Piyush Sabharwall (INL), Andrew Sowder (EPRI)

Paper

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