TABLE 1


  

Electric Generating Capacity	0.76% per year
Population	1.2% per year
Electric energy consumed	2.1% per year

TABLE 2


Table 1. Results of the USGS 1995 National Oil and Gas Assessment

	Oil	Gas	Natural Gas   Liquids
	(billion barrels)	(trillion cu. ft.)	(billion barrels)
Resource Category	1995	1995	1995
Undiscovered resources
Conventional Accumulations	30	259	7
Unconventional Accumulations
Sedimentary reservoirs	2	308	2
Coalbed methane	NA	50	NA
Anticipated Reserve Growth	60	322	13
TOTAL	92	939	22
Measured (Proved) Reserves (in 1994)	20	135	7
TOTAL	112	1,074	29

TABLE 3


Table 2. Results of the USGS 1998 National Oil and Gas   Assessment and   Onshore   Federal Lands

	Technically Recoverable			Economically Recoverable*
	F	Mean	F	$18/bbl	$30/bbl
				$2/mcf	$3.34/mcf
Conventional
Oil (BBO)**	4.4	7.5	12.8	1.6	3.3
Gas (TCF)	34.0	57.9	96.8	9.7	13.6
NGL (BBL)	1.1	1.8	2.7	0.7	0.9
Unconventional
Oil (BBO)	0.2	0.3	0.6	0.1	0.1
Gas (TCF)	72.4	127.1	202.4	6.1	11.4
NGL (BBL)	0.1	1.5	2.6	0.0	0.1
Coalbed methane (TCF)	13.0	16.1	19.6	7.0	11.8

TABLE 4


Table 3. Results from the USGS World Energy Assessment 2000 compared with U.S. domestic resources

Category of Resources	Oil			Natural Gas
	(Billions of Barrels)			(Trillions of Cubic Feet)
	Mean World Oil	Mean U.S. Oil	U.S. % of World	Mean World Gas	Mean U.S. Gas	U.S. % of World
Undiscovered Resources	649ÿ1B	83G5,	11%	4,669ÿ1B	527	527
Reserve Growth	612ÿ1B	76G5,	11%	3,305ÿ1B	355	355
Reserves	859	32	4%	4,621	172	172
Cumulative Production	539	171	24%	898	854	854
Column totals	2,659	362	12%	13,493	1,908	1,908
Total “Grown” Petroleum   EndowmentI40(2) 3,021 Billion BarrelsI40(2) 15,401 Trillion Cubic Feet

TABLE 5


Table 4. State-by-state comparison of estimated geothermal resource, installed geothermal capacity, and total installed capacity from all sources

State	Estimated   Resource —1978 (MW)	Installed   Capacity —  Geothermal (MW)	Installed   Capacity —All Sources (MW)	Percentage of   Geothermal   Power
Alaska	250		2093	0
Arizona	1,000		15,254	0
California	12,000	2,600	52,349	4.9%
Hawaii	250	30	2,353	1.3%
Idaho	540		3,001	0
Nevada	2,000	200	6,389	3.1%
New Mexico	2,700		5,531	0
Oregon	2,200		11,344	0
Utah	1,350	33	5,206	0.6%
TOTAL	22,290	2,863	103,520	2.8%

TABLE 6


Key distinctions between EPRI and the Electricity Innovation Institute

Institute	EPRI 501
Strategic, breakthrough focus	Primarily energy company operational, science and   technology based solutions focus
Focused on expanding public/private   collaboration	Electric Industry collaboration
Strategic public benefit research and   development	Science and technology development directed toward   solutions
Governance reflects diverse stakeholders	Governance is primarily through electric industry members

TABLE 7


Building Features and Objectives

Objective	Feature	Notes
Building Control	Building   Management   System (BMS)	The brains of the smart building; connected to thermal, occupancy, and other sensors and actively controls windows, lighting, and shading
Direct Solar Gain	South-facing windows	Glazed area in office, research prep room, and entryway facing South
	Clerestory windows	Vertical south-facing windows of large area in clerestory atop roof
	Sun space	Room with closed doors & interior window absorbs heat during day; open at night to distribute heat
Indirect Solar Gain	Trombe wall	Selective surface absorbs visible solar radiation but does not emit infrared; stores heat in thermal mass
Solar Gain Control	Light shelves	Controlled by BMS, reflect daylight into office space or permit shading
	Venetian blinds	Controlled by BMS, exterior shading devices in front of clerestory windows open and close as necessary to maintain appropriate temperature and daylighting
	Operable awning	Additional shading on south windows with seasonal control
	Deciduous vines	Trellises above windows for growing vines that provide shade in summer and lose their leaves in winter
Active Heating	Radiant slab floor	Warm water heated by natural gas circulates within concrete floor slab, heating the building by radiation
Heat Conservation	Insulation	Various walls insulated with foam panels or cellulose fiber
	Low-e glazing	Low emissivity in the infrared range prevents radiative heat loss from window surface
	Low-e paint	Paint on interior walls prevents radiant heat transfer
	Airlock entry	Double-door airlock foyer prevents excessive air changes as people enter and exit
	Window & door sealing	Reduce air infiltration to a maximum of 0.5 air changes per hour
Thermal Mass	Concrete floor & walls	Insulated 4" concrete slab floor, 8" concrete masonry and 2" masonry veneer in internal walls store warmth in daytime and release in evening; store coolth during summer nights
	Rammed earth wall	Thermal mass wall by entryway to store warmth & coolth; uses local earth material
Passive Cooling	High clerestory with north-facing openings	Natural convection draws warm air upward; clerestory windows and skylights operated by BMS
Daylighting	Clerestory, south windows and skylights	Large glazed area allows sufficient sunlight to penetrate even in winter to require minimal interior lighting
	Light shelves	Adjustable light shelves reflect incoming sunlight as necessary for optimal angle
High-Efficiency   Lighting	T-5 fluorescents	High-efficiency fixtures
Lighting Control	Occupancy sensors	BMS turns off unneeded lights
Renewable Energy   Generation	Photovoltaic system	Roof-integrated 3.3 kW thin-film PV with grid-interconnect inverter typically meets at least building load

TABLE 8


  

Material	Characteristics
Concrete	Ultra-low content of (energy- and COÉ-intensive) Portland cement; replaces with rice hull ash and fly ash (organic, recycled materials). Innovative mix that requires a longer curing process but results in superior structural stability and durability than conventional mixes.
Cellulose fiber   insulation	Organic, non-hazardous material with high R-value.
Structural wall panels	Integrated panels with expanded CFC-free polystyrene foam core; offer low weight, high R-value, low infiltration.
Rammed earth wall	Thermal mass wall made from local earth, rammed into form.
Lumber	Wood posts, beam and trusses from reused or locally salvaged lumber wherever possible, else from sustainably harvested trees; also recycled plastic lumber.
Tile	Bathroom tile made from recycled glass.
Paints and varnishes	Low or zero content of volatile organic compounds (VOC).
Roof	Galvalume standing seam metal roof is recyclable; provides substrate for PV laminate; clerestory roof from recycled copper.
Photovoltaic system	Thin-film amorphous silicon laminate minimizes embodied energy in PV manufacture; grid-intertie design avoids need for toxic lead-acid batteries.