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The 31 pages that link to Thermal energy storage, each with the reason it gives.

• Phase transitionRelated: Latent heat makes phase-changing materials compact stores of thermal energy.

• Latent heatRelated: Phase-change materials store substantial energy as latent heat within a narrow temperature range.

• Specific heat capacityRelated: Materials are selected partly by their specific heat capacity for sensible-heat storage.

• Heat capacityRelated: A storage medium's heat capacity sets how much sensible heat it can hold.

• Heat pumpRelated: Pairing storage with a heat pump can shift operation toward cheaper or cleaner electricity.

• Demand responseRelated: Stored heating or cooling can let buildings reduce electricity use during constrained hours.

• Energy storageBroader topic: It stores energy as a temperature change or phase change rather than in a battery.

• Combined heat and powerRelated: Thermal storage can align CHP heat production with demand that varies over time.

• District heatingRelated: Large hot-water stores help balance heat production with changing demand.

• Thermal energyBroader topic: Stored thermal energy can balance mismatches between energy supply and demand.

• Thermal massNarrower topic: Thermal mass is a common form of thermal energy storage in buildings.

• BatteryCompared with: It stores energy as temperature change or phase change rather than electrochemical potential.

• Thermal managementRelated: Stored thermal energy can shift cooling or heating demand away from peak periods.

• Eutectic systemRelated: Eutectic mixtures can store and release heat near a selected transition temperature.

• Solar thermal energyRelated: Stored heat can make solar power plants dispatchable beyond daylight hours.

• Battery energy storage systemCompared with: It stores thermal energy directly instead of returning electricity from batteries.

• Grid energy storageBroader topic: It can shift electricity demand by storing heat or cooling instead of electrical charge.

• Waste heat recoveryRelated: It lets recovered heat serve demand that occurs at a different time.

• Concentrated solar powerRelated: Stored heat lets a plant generate electricity beyond periods of direct sunlight.

• Solar furnaceRelated: Storage could smooth fluctuations in solar input, but extreme-temperature operation poses design challenges.

• Compressed-air energy storageRelated: Thermal stores can retain compression heat for reheating air during discharge.

• CogenerationRelated: Heat storage can help reconcile mismatched electricity and heat demand.

• Calcium nitrateRelated: Calcium nitrate tetrahydrate can store heat through reversible melting and crystallization.

• Endothermic processRelated: Endothermic material changes can store supplied heat for later release.

• Micro combined heat and powerRelated: A hot-water store can separate heat production from the building’s immediate demand.

• EicosaneRelated: Eicosane’s melting transition can store heat near ambient temperatures.

• Energy demand managementRelated: It lets buildings shift heating and cooling loads without sacrificing comfort.

• Home energy storageCompared with: It can shift household energy demand without storing electricity in a battery.

• Lithium nitrateNarrower topic: Lithium nitrate mixtures store heat as sensible energy and, in some designs, latent heat.

• Magnesium nitrateRelated: The hexahydrate's phase transition has been studied for heat-storage systems.

• Thermal engineeringRelated: Storage can shift thermal supply to match demand and reduce peak loads.