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Corporate Average Fuel Economy

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Corporate Average Fuel Economy
NameCorporate Average Fuel Economy
Enacted byUnited States Congress
Date enacted1975
Administered byNational Highway Traffic Safety Administration
Related legislationEnergy Policy and Conservation Act
JurisdictionUnited States

Corporate Average Fuel Economy. It is a regulatory standard established in the United States to improve the average fuel economy of cars and light trucks sold within the country. Enacted by the United States Congress in 1975 in response to the 1973 oil crisis, the program is administered by the National Highway Traffic Safety Administration in coordination with the Environmental Protection Agency. The primary goal is to reduce national energy consumption by increasing vehicle fuel efficiency across manufacturers' fleets.

History and legislative background

The policy was created as part of the Energy Policy and Conservation Act, signed into law by President Gerald Ford. Its immediate impetus was the geopolitical turmoil of the 1973 oil embargo, which highlighted the economic and national security vulnerabilities of U.S. dependence on foreign oil, particularly from the Organization of the Petroleum Exporting Countries. Early legislative debates involved key figures like Senator Henry M. Jackson and were influenced by advocacy from groups such as the Consumer Federation of America. Subsequent amendments, including those under the Ten-in-Ten Fuel Economy Act within the Energy Independence and Security Act of 2007, significantly expanded and strengthened the standards. The administration of President Barack Obama later orchestrated a major harmonization of the rules with the EPA's greenhouse gas emissions standards, creating a unified national program.

Standards and calculation methodology

The standards set minimum required average fuel economy, measured in miles per gallon, for a manufacturer's fleet of passenger cars and light trucks sold in the United States each model year. The Environmental Protection Agency conducts standardized testing protocols, such as the FTP-75 and Highway Fuel Economy Test, to determine fuel economy values which are then adjusted to reflect real-world driving conditions. The average is calculated as a harmonic mean, weighted by the production volume of each vehicle model, to prevent larger vehicles from disproportionately skewing the result. Separate standards often apply to domestic and import fleets, a structure established in the original Energy Policy and Conservation Act. Compliance is tracked through reports submitted to the National Highway Traffic Safety Administration.

Impact on vehicle manufacturers

Compliance has driven significant technological innovation and strategic shifts within the global automotive industry. Manufacturers like General Motors, Ford Motor Company, and Fiat Chrysler Automobiles have invested heavily in technologies such as turbocharging, advanced transmissions, and lightweight materials from suppliers like ArcelorMittal. The standards have also accelerated the development and deployment of hybrid electric vehicles, exemplified by the Toyota Prius, and battery electric vehicles from companies like Tesla, Inc.. Non-compliance can result in substantial civil penalties, which has led to complex credit trading systems between manufacturers, where companies exceeding the standards, such as Honda, can sell credits to those falling short. This regulatory pressure has also influenced global platform development by multinational corporations like Volkswagen Group and Hyundai Motor Group.

Environmental and economic effects

Studies by the International Council on Clean Transportation and the Union of Concerned Scientists indicate the regulations have substantially reduced national consumption of petroleum and lowered emissions of carbon dioxide and other pollutants linked to climate change and public health issues. The Energy Information Administration notes that improved fuel economy saves consumers money on fuel costs over a vehicle's lifetime, though it may increase upfront purchase prices. Economic analyses, including those from the Congressional Budget Office, debate the net societal benefits, weighing fuel savings against higher vehicle costs and potential impacts on automotive sector employment. The standards also influence global oil markets and have geopolitical implications for oil-exporting nations like Saudi Arabia and Russia.

Many other nations have implemented similar or more stringent fuel efficiency or carbon emission regulations for vehicles. The European Union has binding carbon dioxide emission standards for new cars, while Japan employs a top runner program targeting fuel economy. China has implemented its own Corporate Average Fuel Consumption system, which is a key component of its broader Five-Year Plans. Canada often aligns its regulations closely with those in the United States through agreements like the U.S.-Canada Clean Energy Dialogue. International harmonization efforts are sometimes facilitated through forums like the United Nations Economic Commission for Europe and its World Forum for Harmonization of Vehicle Regulations. These global standards create a complex regulatory landscape for multinational manufacturers like Daimler AG and BMW.

Category:Automotive regulations in the United States Category:Energy policy in the United States Category:Environmental law in the United States