Linked from

The 25 pages that link to Thermal efficiency, each with the reason it gives.

• DistillationRelated: Reboilers and condensers make energy efficiency a central design concern.

• Combined heat and powerRelated: CHP performance depends on counting both useful heat and electricity as outputs.

• Combined-cycle power plantRelated: Combined cycling raises the share of fuel energy converted to electricity.

• Thermodynamic cycleRelated: It measures how effectively a power cycle turns heat input into useful work.

• Heat engineRelated: It measures the fraction of input heat converted into work.

• Rankine cycleRelated: It measures how much supplied heat the cycle converts into net work.

• Brayton cycleRelated: The cycle’s pressure ratio and component performance govern how much input energy becomes net work.

• Carnot's theoremRelated: Carnot's theorem sets the greatest possible value of this ratio for specified reservoirs.

• Otto cycleRelated: The cycle's ideal efficiency quantifies how much heat input becomes work.

• Diesel cycleRelated: It measures how much of the cycle’s supplied heat becomes work.

• RefluxRelated: Higher reflux often improves separation but increases heating and cooling demand.

• Rudolf DieselRelated: Improving engine efficiency motivated Diesel’s search for a compression-ignition design.

• Thermal power stationRelated: It measures how much fuel heat becomes electricity rather than rejected heat.

• Fossil fuel power stationRelated: It measures how much of a station’s fuel energy reaches the electrical output.

• Thermodynamic efficiencyRelated: It is a common, narrower efficiency measure when the input is specified as heat.

• CogenerationRelated: Cogeneration raises total useful energy output by capturing heat otherwise rejected.

• Ericsson cycleRelated: The cycle's ideal efficiency matches Carnot efficiency when regeneration is perfect.

• Load-following power plantRelated: Part-load operation can reduce a thermal plant's efficiency compared with its best operating point.

• Micro combined heat and powerRelated: Heat recovery raises total useful output beyond the electricity produced alone.

• Water heatingRelated: It compares the useful heat delivered to water with the energy supplied.

• Gas-turbine engineRelated: It measures how much of the fuel’s heat becomes useful work rather than rejected heat.

• Pistonless rotary engineRelated: High surface-area-to-volume ratios can increase heat loss in rotary combustion chambers.