Oregon Energy Statistics
Oregon energy production and consumption statistics point toward the impact of energy efficiency on the state economy and the small, but growing presence of renewable energy in the mix of energy supplies.
- Economic Indicators
- Oregon Energy Consumption
- Emissions and Environmental Indicators
- Geographic Statistics
Oregon Population 1980-2003
Population estimate, July 2003: 3,559,596
The population of Oregon increased by 926,440 between 1980 and 2003, representing an average annual increase of 1.3%.
Urban Population: 70.2%; State rank: 24.
Source: 2000 Census
Economic IndicatorsOregon Gross State Product 1977-2003
1977: 22325; 1978: 25926; 1979: 29114; 1980: 30736; 1981: 32114; 1982: 31941; 1983: 33929; 1984: 37878; 1985: 39981; 1986: 42060; 1987: 45022; 1988: 49702; 1989: 53455; 1990: 57767; 1991: 60602; 1992: 64129; 1993: 69810; 1994: 75087; 1995: 81092; 1996: 91709; 1997: 97510; 1998: 102943; 1999: 110374; 2000: 112587; 2001: 111168; 2002: 115138; 2003: 120289;
[Millions of dollars] Oregon Energy Per dollar of Gross State Product 1980-2003
1980: 30852.8139211; 1981: 29299.0879797; 1982: 28458.835404; 1983: 25625.4682399; 1984: 24746.0914111; 1985: 22868.5876161; 1986: 21319.7848079; 1987: 20931.3932353; 1988: 19969.2108549; 1989: 18736.1416352; 1990: 17158.5225122; 1991: 16863.9156094; 1992: 15734.0152982; 1993: 14796.37512; 1994: 13853.5055565; 1995: 12955.1059217; 1996: 11959.6196666; 1997: 11306.0237834; 1998: 10851.0456674; 1999: 10482.6863857; 2000: 10134.3104781; 2001: 9573.45177056;
(Btu/dollar) One measure of the increasing energy efficiency of the economy is the called "energy intensity, which is the ratio of energy input per unit of economic output. Gross state product, 2003: $120,289,000,000Oregon's gross product increased by $97,964,000,000 between 1977 and 2003, representing an average annual increase of 6.7%. Source: U.S. Department of Commerce Per capita income, 2003: $20,940; State rank: 23. Percent of workforce in agriculture and mining: 3.2%. Percent of workforce in manufacturing: 14.4%. Source: 2000 Census |
Oregon Energy Consumption
Oregon Energy Consumption by Sector 2001
[Trillion Btu]
DOE's Energy Information Administration (EIA) tracks energy production, price, and consumption statistics and has a number of these data available by state. These data show trends, such as for example, the increasing energy efficiency of different sectors of the economy. See EIA's Oregon Energy Data.
Total Energy Consumption, 2001: 1,064 trillion Btu
Oregon's energy consumption increased by 116 trillion British Thermal Units (Btu) between 1980 and 2001, representing an average annual increase of 0.6%.
Contribution of non-hydro renewable energy: 4%; state rank 17.
Electricity Consumption by Sector 1980-2001
[Million kWh]
|
Residential |
Industrial |
Commercial |
Electric Power
Oregon electricity consumption increased by 8,003 million kilowatt-hours (kWh) between 1980 and 2001, representing an annual average increase of 0.9%.
Average retail price of electricity: $0.06/kWh; state rank 24.
Oregon Fuels for Electric Power Generation
Contribution of non-hydro renewable energy (wind, geothermal, biomass, and solar) 2001: 7.1 trillion Btu; state rank 19.
Generating Capacity from renewable energy in 2002.
- Biomass: 173.0 MW
- Hydroelectric: 8,201.0 MW
- Photovoltaic: 0.1 MW
- Wind: 222.0 MW
Source: Renewable Energy Plan Information System
Residential
Oregon Residential Consumption of Electricity Per Capita 1980 - 2001
[kWh/person]
Per capita consumption of electricity in homes 2001: 5,040 kWh.
Per capita electricity used in homes decreased by 104 kWh between 1980 and 2001, representing an annual average decrease of 0.1%.
Oregon Residential Consumption of Natural Gas Per Capita 1980 - 2001
[Million Btu/person]
Per capita consumption of natural gas in homes 2001: 11 million Btu; state rank 39.
Per capita natural gas used in homes increased by 4 Million Btu between 1980 and 2001, representing an annual average increase of 2.1%.
Source: DOE's Energy Information Administration's "State Energy Data 2001: Consumption" (PDF 82 KB). Download Adobe Reader.
Oregon Per Capita consumption of Petroleum for Transportation, 1980 - 2001
[Barrels/person]
Transportation
Per capita petroleum consumed for transportation 2001: 16 barrels.
Per capita petroleum used in transportation decreased by 0.7 barrels between 1980 and 2001, representing an annual average decrease of 0.2%.
Ethanol consumed for transportation 2001: 438,894 barrels; state rank 19.
This renewable transportation fuel contributed 1.01%.
Alternative fuel vehicles (AFVs) in use in Oregon in 2000 by type:
| Compressed natural gas | 496 |
|---|---|
| Electric | 57 |
| Flexible-fuel ethanol | 223 |
| Liquefied petroleum gases | 7,232 |
| Methanol | 34 |
| Total AFVs | 8,042 |
| State rank | 17 |
Source: DOE's Energy Information Administration's "Alternative Fuels Estimated Data 2000"
Emissions and Environmental IndicatorsCarbon Intensity of the Oregon Economy, 1990 - 1999
1990: 0.327444180934; 1991: 0.343411504571; 1992: 0.33277500039; 1993: 0.300957427303; 1994: 0.291550841024; 1995: 0.253377299857; 1996: 0.233179077299; 1997: 0.218854763614; 1998: 0.240712860515; 1999: 0.224506713538;
[PCE/$] Both EIA and the U.S. Environmental Protection Agency (EPA) publish emissions statistics for the electric power industry. In addition, the EPA estimates the total emissions of greenhouse gases in terms of metric tons of carbon-equivalent (MTC). Carbon intensity of the Oregon economy 1999: 0.22 million pounds of carbon equivalent (PCE) per dollar. Carbon Intensity of the Oregon Energy Supply, 1990 - 1999
1990: 19.0834718258; 1991: 20.3636873265; 1992: 21.1500366615; 1993: 20.339943051; 1994: 21.0452754962; 1995: 19.5581032983; 1996: 19.4971983893; 1997: 19.3573592102; 1998: 22.1833791777; 1999: 21.4169064377;
[PCE/Million Btu] Carbon intensity of the Oregon energy supply 1999: 21 pounds of carbon equivalent / million Btu. Emissions from Oregon electric power generators in 2002:
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Geographic Statistics
Many factors affect energy consumption, including climate.
| Square miles: | 95,997 |
|---|---|
| Average annual heating degree-days: | 5,226; state rank 28. |
| Average annual cooling degree-days: | 222; state rank 47. |
