Overviewlong-term average oil prices. In the AEO<strong>2006</strong> referencecase, the combined production capacity of membersof the Organization of the Petroleum ExportingCountries (OPEC) does not increase as much as previouslyprojected, and consequently world oil suppliesare assumed <strong>to</strong> remain tight. The United States andemerging Asia—notably, China— are expected <strong>to</strong> leadthe increase in demand for world oil supplies, keepingpressure on prices though <strong>2030</strong>.In the AEO<strong>2006</strong> reference case, world petroleumdemand is projected <strong>to</strong> increase from about 82 millionbarrels per day in 2004 <strong>to</strong> 111 million barrels per dayin 2025. The additional demand is expected <strong>to</strong> be metby increased oil production from both OPEC andnon-OPEC nations. In AEO2005, world petroleumdemand was projected <strong>to</strong> reach a higher level of 121million barrels per day in 2025. The AEO<strong>2006</strong> referencecase projects OPEC oil production of 44 millionbarrels per day in 2025, 44 percent higher than the 31million barrels per day produced in 2004. In the AEO-2005 reference case, OPEC production was projected<strong>to</strong> reach 55 million barrels per day in 2025, more than11 million barrels per day higher than in the AEO-<strong>2006</strong> reference case. In the AEO<strong>2006</strong> reference case,non-OPEC oil production increases from 52 millionbarrels per day in 2004 <strong>to</strong> 67 million in 2025, as compared<strong>with</strong> the AEO2005 reference case projection of65 million barrels per day.The average U.S. wellhead price for natural gas in theAEO<strong>2006</strong> reference case declines gradually from thecurrent level as increased drilling brings on new suppliesand new import sources become available. Theaverage price falls <strong>to</strong> $4.46 per thousand cubic feet in2016 (2004 dollars), then rises gradually <strong>to</strong> more than$5.40 per thousand cubic feet in 2025 (equivalent <strong>to</strong>about $10 per thousand cubic feet in nominal dollars)and more than $5.90 per thousand cubic feet in <strong>2030</strong>.Figure 1. <strong>Energy</strong> prices, 1980-<strong>2030</strong> (2004 dollars permillion Btu)3530252015105His<strong>to</strong>ry<strong>Projections</strong>ElectricityPetroleum0Coal1980 1995 2004 2015 <strong>2030</strong>Natural gasLNG imports, Alaskan natural gas production, andlower 48 production from unconventional sources arenot expected <strong>to</strong> increase sufficiently <strong>to</strong> offset theimpacts of resource depletion and increased demand.The projected wellhead natural gas prices in theAEO<strong>2006</strong> reference case from 2016 <strong>to</strong> 2025 are consistentlyhigher than the comparable prices in theAEO2005 reference case, by about 30 <strong>to</strong> 60 cents perthousand cubic feet, primarily as a result of higherexploration and development costs.In the AEO<strong>2006</strong> reference case, the combination ofslow but continued improvements in expected mineproductivity and a continuing shift <strong>to</strong> low-cost coalfrom the Powder River Basin in Wyoming leads <strong>to</strong> agradual decline in the projected average minemouthcoal price, <strong>to</strong> approximately $20.00 per <strong>to</strong>n ($1.00 permillion British thermal units [Btu]) in 2021 (2004 dollars).Prices then increase slowly as rising natural gasprices and the need for baseload generating capacitylead <strong>to</strong> the construction of many new coal-fired generatingplants. In 2025, the average minemouth price inthe AEO<strong>2006</strong> reference case is projected <strong>to</strong> be $20.63per <strong>to</strong>n ($1.03 per million Btu), an increase over theAEO2005 reference case projection of $18.64 per <strong>to</strong>n($0.93 per million Btu). Trends in coal prices measuredin terms of <strong>to</strong>nnage differ slightly from thetrends in prices measured in terms of energy content,because the average energy content per <strong>to</strong>n of coalconsumed falls over time as Western subbituminouscoal, which has a relatively low Btu content, claims alarger share of the market.Average delivered electricity prices are projected <strong>to</strong>decline from 7.6 cents per kilowatthour (2004 dollars)in 2004 <strong>to</strong> a low of 7.1 cents per kilowatthour in 2015as a result of declines in natural gas prices and, <strong>to</strong> alesser extent, coal prices. After 2015, average realelectricity prices are projected <strong>to</strong> increase, <strong>to</strong> 7.4 centsper kilowatthour in 2025 and 7.5 cents per kilowatthourin <strong>2030</strong>. In the AEO2005 reference case,electricity prices were lower in the early years of theprojection but reached about the same level in 2025.The higher near-term electricity prices projected inthe AEO<strong>2006</strong> reference case result primarily fromhigher expected fuel costs for natural-gas- and coalfiredelectric power plants.<strong>Energy</strong> ConsumptionTotal primary energy consumption in the AEO<strong>2006</strong>reference case is projected <strong>to</strong> increase at an averagerate of 1.2 percent per year, from 99.7 quadrillion Btuin 2004 <strong>to</strong> 127.0 quadrillion Btu in 2025—6.2 quadrillionBtu less than in AEO2005. In 2025, coal, nuclear,and renewable energy consumption are higher—4 <strong>Energy</strong> Information Administration / <strong>Annual</strong> <strong>Energy</strong> <strong>Outlook</strong> <strong>2006</strong>
Overviewwhile petroleum and natural gas consumption arelower—in the AEO<strong>2006</strong> reference case than in AEO-2005. Among the most important fac<strong>to</strong>rs accountingfor the differences are higher energy prices, particularlyfor petroleum and natural gas; lower projectedgrowth rates in the manufacturing portion of theindustrial sec<strong>to</strong>r, which traditionally includes themost energy-intensive industries; greater penetrationby hybrid and diesel vehicles in the transportationsec<strong>to</strong>r as consumers focus more on fuelefficiency; and the impacts of the recently passedEPACT2005, which are projected <strong>to</strong> reduce energyconsumption in the residential and commercial sec<strong>to</strong>rsand slow the growth of electricity demand.As a result of demographic trends and housing preferences,delivered residential energy consumption inthe AEO<strong>2006</strong> reference case is projected <strong>to</strong> grow from11.4 quadrillion Btu in 2004 <strong>to</strong> 13.6 quadrillion Btu in2025 (Figure 2), 0.6 quadrillion Btu lower than inAEO2005. Higher projected energy prices in AEO-<strong>2006</strong> and the impacts of EPACT2005 are expected <strong>to</strong>help reduce energy consumption for space conditioningand lighting.Consistent <strong>with</strong> projected growth in commercialfloorspace in the AEO<strong>2006</strong> reference case, deliveredcommercial energy consumption is projected <strong>to</strong> reach11.5 quadrillion Btu in 2025. In comparison, theAEO2005 reference case projected 12.5 quadrillionBtu of commercial delivered energy consumption in2025. Three changes contribute <strong>to</strong> the lower projectionin AEO<strong>2006</strong>: significantly higher fossil fuelenergy prices, adoption of a revised projection of commercialfloorspace based on updated his<strong>to</strong>rical data,and the impacts of the EPACT2005 provisionsincluded in the reference case.After falling <strong>to</strong> relatively low levels in the early 1980s,industrial energy consumption recovered and peakedFigure 2. Delivered energy consumptionby sec<strong>to</strong>r, 1980-<strong>2030</strong> (quadrillion Btu)40302010His<strong>to</strong>ry<strong>Projections</strong>01980 1995 2004 2015 <strong>2030</strong>TransportationIndustrialResidentialCommercialin 1997. In the 2000 <strong>to</strong> 2003 period, industrial sec<strong>to</strong>ractivity was reduced by an economic recession. Theindustrial sec<strong>to</strong>r is projected <strong>to</strong> experience more typicaloutput growth rates over the AEO<strong>2006</strong> projectionperiod, and industrial energy consumption isexpected <strong>to</strong> reflect this trend. The industrial value ofshipments in the AEO<strong>2006</strong> reference case is projected<strong>to</strong> grow by 2.0 percent per year from 2004 <strong>to</strong> 2025,more slowly than in AEO2005 (2.2 percent per year)due <strong>to</strong> a slight slowdown in projected investmentspending, higher energy prices, and increased competitionfrom imports. Delivered industrial energy consumptionin the AEO<strong>2006</strong> reference case is projected<strong>to</strong> reach 30.6 quadrillion Btu in 2025, slightly lowerthan the AEO2005 projection of 30.8 quadrillion Btu.The AEO<strong>2006</strong> projection includes 1.2 quadrillion Btuof coal consumption in CTL plants, which was notincluded in AEO2005.Delivered energy consumption in the transportationsec<strong>to</strong>r in the AEO<strong>2006</strong> reference case is projected <strong>to</strong><strong>to</strong>tal 37.3 quadrillion Btu in 2025, 2.7 quadrillion Btulower than the AEO2005 projection. The lower levelof consumption reflects both slower growth in milestraveled and higher vehicle efficiency. Over the past20 years, light-duty vehicle travel has grown by about3 percent annually. In the AEO<strong>2006</strong> reference case itis projected <strong>to</strong> grow at a rate of 1.8 percent per yearthrough 2025 (as compared <strong>with</strong> 2.1 percent per yearin AEO2005), reflecting demographic fac<strong>to</strong>rs (forexample, the leveling off of increases in the labor forceparticipation rate for women) and higher energyprices. The projected average fuel economy of newlight-duty vehicles in 2025 is also higher in the AEO-<strong>2006</strong> reference case than was projected in AEO2005,primarily because the higher projected fuel prices inthe AEO<strong>2006</strong> forecast are expected <strong>to</strong> lead consumers<strong>to</strong> demand better fuel economy, slowing the growth insales of new pickup trucks and sport utility vehicles.Total electricity consumption, including both purchasesfrom electric power producers and on-sitegeneration, is projected <strong>to</strong> grow from 3,729 billionkilowatthours in 2004 <strong>to</strong> 5,208 billion kilowatthoursin 2025, increasing at an average annual rate of 1.6percent in the AEO<strong>2006</strong> reference case. In comparison,<strong>to</strong>tal electricity consumption of 5,467 billionkilowatthours in 2025 was projected in AEO2005.Growth in electricity use for computers, office equipment,and a variety of electrical appliances in theend-use sec<strong>to</strong>rs is partially offset in the AEO<strong>2006</strong> referencecase by improved efficiency in these and other,more traditional, electrical applications.Total consumption of natural gas in the AEO<strong>2006</strong> referencecase is projected <strong>to</strong> increase from 22.4 trillion<strong>Energy</strong> Information Administration / <strong>Annual</strong> <strong>Energy</strong> <strong>Outlook</strong> <strong>2006</strong> 5
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Issues in FocusThere are two leadin
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Issues in Focusthe early years of t
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Market TrendsThe projections in AEO
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Trends in Economic ActivityOutput G
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Energy DemandAverage Energy Use per
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Residential Sector Energy DemandDem
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Commercial Sector Energy DemandEcon
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Industrial Sector Energy DemandAdva
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Industrial Sector Energy DemandEner
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Transportation Sector Energy Demand
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Electricity Demand and SupplyContin
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Electricity SupplyEPACT2005 Tax Cre
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Electricity From Renewable SourcesT
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Electricity Alternative CasesFaster
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Natural Gas DemandIncreases in Natu
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Natural Gas PricesProjected Natural
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Natural Gas Alternative CasesNatura
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Oil Prices and ProductionOil Prices
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Oil Price and Technology CasesU.S.
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Refined Petroleum ProductsTransport
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Ethanol and Synthetic FuelsU.S. Dem
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Coal Mine Employment and Coal Price
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Coal ConsumptionCoal-Fired Generato
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Carbon Dioxide EmissionsHigher Ener
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Nitrogen Oxide and Mercury Emission
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Forecast ComparisonsOnly GII produc
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Forecast ComparisonsNatural GasPubl
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Forecast Comparisonsconsumption. In
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Notes and SourcesText NotesLegislat
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Notes and Sources[48]These costs re
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Notes and SourcesTable Notes and So
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Notes and SourcesFigure 28. Energy
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Notes and SourcesFigure 81. Net imp
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Appendixes
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Reference Case
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Reference Case
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Appendix BEconomic Growth Case Comp
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Economic Growth Case Comparisons
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Economic Growth Case Comparisons
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Economic Growth Case Comparisons
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Price Case Comparisons
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Price Case Comparisons
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Price Case Comparisons
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Price Case Comparisons
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Price Case Comparisons
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Appendix DResults from Side Cases
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Results from Side Cases
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Results from Side Cases
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Results from Side Cases
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Results from Side Cases
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Results from Side Cases
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Results from Side Cases
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Results from Side Cases
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NEMS Overview and Brief Description
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NEMS Overview and Brief Description
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NEMS Overview and Brief Description
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NEMS Overview and Brief Description
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NEMS Overview and Brief Description
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NEMS Overview and Brief Description
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Appendix FRegional MapsEnergy Infor
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Regional Maps Energy Information
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Regional Maps Energy Information Ad
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Regional MapsEnergy Information Adm
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The Energy Information Administrati