Linked from

The 37 pages that link to Demand response, each with the reason it gives.

• Renewable energyRelated: Flexible demand can better match consumption to weather-dependent generation.

• Heat pumpRelated: Flexible heat-pump operation can help balance electricity demand without sacrificing comfort.

• Energy securityRelated: Flexible demand can ease shortages when supply or network capacity is constrained.

• Energy storageCompared with: It shifts consumption rather than storing energy for later delivery.

• ThermostatRelated: Connected thermostats can adjust heating or cooling demand during periods of grid stress.

• Electricity marketRelated: Flexible demand can balance the market when generation is scarce or unusually costly.

• MicrogridRelated: Adjusting flexible demand helps balance a microgrid when generation is limited.

• Distributed generationCompared with: It manages local supply-demand balance by adjusting consumption rather than adding generation.

• Electric power systemRelated: Flexible demand can help balance the system when supply is constrained.

• Load balancingRelated: Adjusting consumption can balance the system without increasing generation.

• Electric power distributionRelated: Shifting customer demand can ease congestion and defer distribution upgrades.

• Renewable energy integrationRelated: Flexible demand can move consumption toward periods of abundant renewable generation.

• Frequency regulationRelated: Adjustable loads can provide balancing power without increasing generation.

• ElectrificationRelated: Flexible charging and heating can help manage new electrified loads.

• Economic dispatchCompared with: It can alter demand itself, whereas conventional dispatch adjusts generator output to meet demand.

• Grid energy storageCompared with: It balances the grid by changing demand rather than storing and later supplying energy.

• Dispatchable generationCompared with: It can balance the grid like generation, but changes consumption rather than producing power.

• Electric vehicle chargingNarrower topic: Managed vehicle charging can provide flexible demand for the electricity system.

• Smart gridRelated: It lets grid operators adjust consumption when supply is scarce or demand peaks.

• Virtual power plantRelated: Reducing or shifting customer loads can provide dispatchable capacity to the aggregation.

• Energy consumptionRelated: Shifting consumption can reduce demand during constrained periods.

• Intermittent renewable energyRelated: Flexible demand can move consumption toward times of abundant renewable generation.

• Kilowatt-hourRelated: Shifting kilowatt-hour consumption can reduce peak demand on the power system.

• Load followingCompared with: Demand response shifts consumption to help balance the system instead of changing plant output.

• Renewable energy curtailmentCompared with: Demand response adjusts consumption to absorb or avoid surplus, whereas curtailment reduces generation.

• Ancillary servicesRelated: Flexible consumption can provide balancing and reserve capability without added generation.

• Electricity demandRelated: It shifts or reduces consumption when demand strains available supply.

• Grid codeRelated: Some codes and related rules specify how controllable demand participates in system operation.

• Variable renewable energyRelated: Flexible demand can move consumption toward hours of abundant renewable generation.

• Load-following power plantCompared with: Demand response changes consumption, whereas load-following plants adjust generation.

• Micro combined heat and powerRelated: Flexible micro-CHP scheduling can support the grid while meeting a building’s heat needs.

• Base loadCompared with: Shifting consumption can reshape demand minima and peaks rather than merely supplying base load.

• MicrogenerationRelated: Flexible demand can better match consumption to variable local generation.

• Energy demand managementBroader topic: It is the operational practice of adjusting consumption in response to grid conditions.

• Energy developmentCompared with: It can balance the system by adjusting consumption instead of building generation.

• Energy engineeringRelated: Adjusting demand can reduce peak loads and ease network constraints.

• Home energy storageRelated: Residential batteries can reduce household grid demand when the system is stressed.