The Energy Journal · 1980 · 889 citations · 4 references
Resource EfficiencyApplied EconomicsEngineeringEnergy EfficiencyEnergy Efficiency PolicyEnergy ConservationProductivityEco-efficiencyEconomic AnalysisAppliance EfficiencyCalifornia Energy CommissionEnergy SufficiencyEnergy ConsumptionEconomicsPublic PolicyMandated Efficiency StandardsEnergy EconomicsEconomic PolicyEnergy ManagementEnergy TransitionEnergy PolicyBusinessTechnologyMandated Efficiency
Mandated efficiency standards for cars and household appliances dominate energy‑conservation policy, yet the energy‑savings estimates that support them are often derived mechanically, as shown in DOE and California Energy Commission reports. The author adopts a generic definition of “appliance” to encompass all household durables. The analysis indicates that a 1 % increase in appliance efficiency predicts a 1 % drop in demand, and a 2 % increase predicts a 2 % drop, revealing a linear inverse relationship.
In the discussion of energy conservation, a great deal of attention has focused on mandated efficiency standards for cars and energy-using household appliances. (In this article, I will use the term "appliance" in a generic sense to cover household durables). Unfortunately, the estimates of energy savings predicted to result from these mandated standards are derived mechanically. ' When mandated standards raise the appliance efficiency by 1 percent, demand is predicted to drop by 1 percent; when they raise efficiency by 2 percent, demand is predicted to drop by 2 percent; and so on. Examples of such results are found in reports by the Department of Energy (1979a, 1980) and by the Staff of the California Energy Commission (1979) on energy demand in California in the coming two decades.
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American Economic Review · 2012 · 8.1K citations
Effects of Federal policies on gasoline consumption
James L. Sweeney · Resources and Energy · 1979 · 17 citations