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Transcript of Green net-2011-show
ENERGY LITERACYSaul Griffith
otherlab.comenergyliteracy.com
green:net - 2011
The challenge:The future needs to sound AWESOME.
AWESOME needs to be shaped by optimistic realism, and backed by science.
RECORD LEVELS OF
CO2
INCREASING POPULATION PRESSURES
ENVIRONMENT
TRUCK & SUV USE LIMITS BENEFIT OF HYBRID AND
ELECTRIC CARS
DEFORESTATION CONTINUES, DEVELOPING COUNTRIES
HARDEST HIT
DOZENS MORE COAL PLANTS
ARCTIC ICE MELTING FASTER THAN PREDICTED
POLAR BEARS ENDANGERED
CO2 RISES AGAIN
CARBON SEQUES-
HU-MANI-TAR-IAN
CRISE
HURRICANE CELINE
STRIKES
SUV’SHOTTEST DAY ON RECORD
ANOTHER GLACIER DISAP-PEARS
CROP FAILURE..
AGAIN
WHO WILL SAVE YOU FROM
DROWNING WHEN THE OCEANS
RISE?
I GUESSWE HAVE TO SAVE OUR-
SELVES
if archimedes discovered his principle of buoyancy in the bathtub... perhaps i can utilise it to quantify my work!
the volume of water displaced from the jar by the gas is equal to the volume of the gas! i can measure my output!
the energy content can be correlated with the input! baked beans... milk & cook-ies...
i appreciate your desire to share your research with me tuck...
you think it stinks,
don’t you?
no... well yes... but no... i just think we need to inform ourselves and become liter-
ate about energy
you mean un-derstand the
problem better?
a thorough analysis of the
challenge should help
nothing is stopping us from solving the problem, let’s do it.
What does it mean to be energy literate?
Energy flows on earth including • human activity.Energy quantities in your own life.• Energy demographics.• Basic unit conversions.• What is possible given what we know.•
Units shown in Terawatts (TW)
Energy production
Plants: 5.2
Tidal: 0.0005
Solar: 0.016
Wind: 0.06
Gas: 3.2 Coal: 3.6
Geothermal: 0.03
Nuclear: 0.37
Hydro: 0.36
Oil:5
18 TWHumanity
Global Exergy ConsumptionUnits shown in Terawatts
Other 2.5 Chemicals Metabolism Lighting Refrigeration
Electricity 1.7
Manufacturing & Industrial 3
Road & Rail 2.1
Heating & Cooking 2.3
Forestry 3
Global Energy Consumption
Agriculture 3.8
Units shown in Terawatts (TW) 18 TWHumanity
US TOTAL Energy Flow, 2008(Gigawatts)
MODIFIED FROM: Energy Information Administration / Annual Energy Review 2008
1 Includes lease condensate.2 Natural gas plant liquids.3 Conventional hydroelectric power, biomass, geothermal, solar/photovoltaic, and wind.4 Crude oil and petroleum products. Includes imports into the Strategic Petroleum Reserve.5 Natural gas, coal, coal coke, fuel ethanol, and electricity.6 Adjustments, losses, and unaccounted for.7 Coal, natural gas, coal coke, and electricity.8 Natural gas only; excludes supplemental gaseous fuels.
9 Petroleum products, including natural gas plant liquids, and crude oil burned as fuel.10 Includes 0.04 quadrillion Btu of coal coke net imports.11 Includes 0.11 quadrillion Btu of electricity net imports.12 Primary consumption, electricity retail sales, and electrical system energy losses, which are
allocated to the end-use sectors in proportion to each sector’s share of total electricity retailsales. See Note, “Electrical Systems Energy Losses,” at end of Section 2.
Notes: • Data are preliminary. • Values are derived from source data prior to rounding forpublication. • Totals may not equal sum of components due to independent rounding.
Sources: Tables 1.1, 1.2, 1.3, 1.4, and 2.1a.
COAL798
NATURALGAS 707CRUDE OIL1
352NGPL2 81
NUCLEAR ELECTRIC 283
RENEWABLE3 245
PETROLEUM4
921
OTHER IMPORTS5 177
IMPORTS
1098
FOSSIL FUELS 1937 DOMESTIC
PRODUCTION2464
SUPPLY3562
EXPORTS 236
COAL750
NATURAL GAS8
797
PETROLEUM9
1242
NUCLEAR ELECTRIC POWER 283RENEWABLE ENERGY3 244
STOCK CHANGE AND OTHER6 6
PETROLEUM 126
OTHER EXPORTS7 110
FOSSILFUELS10
2790
CONSUMPTION113321
RESIDENTIA
L12
723
COMMERCIAL12
620
INDUSTRIAL121043
TRANSPORTATION933
ENERGYliteracy.com2CC
MODIFIED FROM : Energy Information Administration / Annual Energy Review 2008
1 Blast furnace gas, propane gas, and other manufactured and waste gases derived fromfossil fuels.
2 Batteries, chemicals, hydrogen, pitch, purchased steam, sulfur, miscellaneous technologies,and non-renewable waste (municipal solid waste from non-biogenic sources, and tire-derivedfuels).
3 Data collection frame differences and nonsampling error. Derived for the diagram bysubtracting the “T & D Losses” estimate from “T & D Losses and Unaccounted for” derived fromTable 8.1.
4 Electric energy used in the operation of power plants.5 Transmission and distribution losses (electricity losses that occur between the point of
generation and delivery to the customer) are estimated as 7 percent of gross generation.6 Use of electricity that is 1) self-generated, 2) produced by either the same entity that
consumes the power or an affiliate, and 3) used in direct support of a service or industrialprocess located within the same facility or group of facilities that house the generating equip-ment. Direct use is exclusive of station use.
Notes: • Data are preliminary. • See Note, “Electrical System Energy Losses,” at theend of Section 2. • Values are derived from source data prior to rounding for publication.• Totals may not equal sum of components due to independent rounding.
Sources: Tables 8.1, 8.4a, 8.9, A6 (column 4), and Energy Information Administration,Form EIA-923, "Power Plant Operations Report."
ENERGYliteracy.com2CC
US Electricity Flow, 2008(GW)
COAL 688
NATURAL GAS 235 PETROLEUM 16
OTHER GASES1 3
NUCLEAR ELEC. 283
RENEWABLE 130
OTHER2 3
FOSSIL FUELS942
ENERGY CONSUMED TO GENERATE ELECTRICITY
1360
CONVERSION LOSSES863
GROSS GENERATIONOF ELECTRICTY
497 NET GENERATIONOF ELECTRICTY
469END USE
442
UNACCOUNTED3 4
NET IMPORTS 4
RESIDENTIAL 157
DIRECT USE6 17
TRANSPORTATION 1
INDUSTRIAL 112
COMMERCIAL 154
TRANSM’N & DISTRIB’N LOSSES5 35
PLANT USE4 28
Sources of renewable energy.
31 000 TW Atmospheric Absorption
85 000 TW Surface Solar
62 TW Ocean surface waves
90 TW Photosynthesis
65 TW Land3 TW Coastal waves
7.2 TW Hydro Rivers
300 TW Hydro Clouds
25 TW Hydro Land
3600 TW Wind
41 000 TW Evaporation
38 000 TW Land & Water heating
3.5 TW Tidal
32 TW Geo thermal
25 TW Ocean
100 TW Ocean thermal gradient
18 TWGlobal consumption
Energy flows on earth including • human activity.Energy quantities in your own life.• Energy demographics.• Basic unit conversions.• What is possible given what we know.•
SFO
TO LH
R 4
10
W
LHR-S
FO 410 W
SFO-ATL 160 W
ATL-SFO 160 W
SFO-ATL-CPH 510 W
HEL-AMS-ATL-SFO 570 W
OAK-OGG-HON-OAK 560 W
SFO-BOS 210 W
BOS-SFO 210 W
OAK-DC 180 W
DC-OAK 180 W
OAK-ORD-MON-QUE 210 WQUE-DTW-SFO 210 WSFO-JFK 200 WJFK-SFO 200 W
OAK-BUR 20 W
BUR-OAK 20 W
SFO-BOS 210 WBOS-ORD 70 W
ORD-SFO 140 WSFO-JFK 200 W
JFK-SFO 200 W
SJC-SJO 230 W
SJO-SJC 230 W
SJC-VIJ 280 W
VIJ-SJC 280 W
SFO-SYD1140 W
SFO-DR 310 W
DR-SFO 3
10 W
SFO-O
AK 280 W
OAK
-SFO
280
W
'SFO TO LHR' 'LHR-SFO' 'SFO-ATL' 'ATL-SFO' 'SFO-ATL-CPH' 'HEL-AMS-ATL-SFO' 'OAK-OGG-HON-OAK' 'SFO-BOS' 'BOS-SFO' 'OAK-DC' 'DC-OAK' 'OAK-ORD-MON-QUE' 'QUE-DTW-SFO' 'SFO-JFK' 'JFK-SFO' 'OAK-BUR' 'BUR-OAK' 'SFO-BOS' 'BOS-ORD' 'ORD-SFO''SFO-JFK' 'JFK-SFO' 'SJC-SJO' 'SJO-SJC' 'SJC-VIJ' 'VIJ-SJC''SFO-SYD' 'SFO-DR' 'DR-SFO' 'SFO-OAK' 'OAK-SFO'
HO
ND
A IN
SIG
HT
310
W
DU
NE
BUG
GY
VW 1
50 W
TOYO
TA H
ILU
X 1
60 W
DO
DG
E S
PRIN
TER
100
WTO
YOTA
TA
CO
MA
240
W
TAX
IOR
REN
TAL
47
0 W
SH
OW
ERS
GA
S 7
0 W
CO
OK
ING
GA
S 3
0 W
HEATIN
G G
AS
400 WFR
IDG
E ELEC 30 W
CO
MPU
TER ELEC
10 WLA
PTOP ELEC
1 W
STER
EO ELEC
1 WLIG
HTS
ELEC 70 W
OTH
ER ELEC
8 W
MEAT & EG
GS 160 W
DAIRY 50 W
FATS AND OILS 30 W
FRUIT, VEG & NUTS 90 W
CEREALS & GRAINS 10 W
SUGAR 20 WBEER & W
INE 60 W
COFFEE 20 W
AG. PESTICIDES 10 W
AG. FERTILIZER 50 W
AG. ELECTRIC 40 W
AG. FO
SSILFUELS 80 W
WO
RKELECTRIC 410 W
WORKHEAT 200 W
CARS 560 W
BOATS 50 W
INTERNET 70 W
COMPUTERS 700 W
ELECTRONICS 250 W
NEWS 180 W
BIKES 6 WWATER 160 W
WASTEDISPOSAL 9 W TRANSPORTTOME 40 W
TEXTILES 90 W
BOOKS 130 W
MISCSTUFF1000 W
HOUSE 260 WRECREATION 110 W
HEALTHCARE 680 WFINANCE 60 WEDUCATION 340 W
WHITEGOODS 8 W
DEFENSE 100 W
ENERGY 4 W
GSA 2 W
HHS 1 W
JUSTICE 4
W
NASA 1 W
POSTAL-SERVIC
E 5 W
VETERANS-AFFAIRS 3 W
OTHER 4 W
STREETLIGHTS 4
W
GOV.VEHICLES 3
W
ROADS 330 W
OTHER 3 W
NON-
ACCO
UNTED
2960
W
My 2007 life:18000 Watts.
Book
sheetsofpaper
framed art
CD
jewelcase
boardgame
New
sPapers
monthlym
agazine
quarterlymagazine
projectionscreen
Mobile Phone
Desktop Computer
Laptop
Washing Machine
Refrigerator Oven
Dryer
House
Bicycles
Catam
aran
s
mot
orcy
cleh
elm
et
Gol
fClu
bs infla
tabl
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phan
t
Bik
emes
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otor
cycl
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rfbo
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golfb
all
golft
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Toot
hbru
sh
Sha
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o (m
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aper
cup
toot
hpas
te
cond
ition
er
teacandle detergentw
ashingpowder
toiletpaperroll clingw
rapsaran
aluminum
foil w
axedpaper S
hoes
Watch-C
oach W
oolenHat
t-shirt
pants coatjacket
socks woolhat
uggboots
crocsshoes
leathershoes w
idebrimhat
mensocks
menunderw
ear m
enshorts
shirtmenscollared
cargopants
coverallsoveralls
beltleather
MenW
oolSuit
Table(Wood)
Chair
futonmattress
metalfutonfram
e
woodenfutonfram
e
Bookshelf
woolenfloorrug
pillow
Sofabenchsittingkitchen
diningtable
chairdining sofabed
plantpotlarge
plantpotsmall stepstool
sidetable
KitchenPot
ricecooker
copperfryingpan
coppersaucepan kitchenknife
espressomachine
knifeblock
cuttingboard rollingpin
canopener
bottleopener
kitchenknives
coffeemug
tableknife
tablefork
teaspoon
soupspoons teapot
teakettle
sixcupFrench
butcherblock steelm
ug
ceramicm
ug
waterglass
saladplate bowl
dinnerplate
WineG
lass
cakestand
saladbowl
carvingset
woodenspoon
bamboospoon m
etalspatula rubberspatula
whisk key
paintroller
cellphonecover
powerstrip
deskphone
ToolChest
umbrella
conferencebag
suitcasecarry
artificialchristmastree
naturalchristmastree
aluminum
stepladder
extensioncord
volkswagendunebuggy
toyotapickup
Honda Insight
TRAS
H
PHYSICAL STUFF ~2500 Watts
FLYING
DRIVING
LIGHTING
HEATING
EATING
BUYING
TAXING
= 1% of my energy use.
FLYING
DRIVING
LIGHTING
HEATING
EATING
BUYING
TAXING
SAUL - 2008 - 18000W
SAUL - 2018 - 2200W
= 100 Watts
Coal : 108.971 Watts
Natural Gas : 1139.9 Watts
Petroleum : 15299.5 Watts
Nuclear : 228.46 Watts
Hydroelectric : 331.725 Watts
Geothermal : 45.755 Watts
Solar : 0. Watts
Wind : 34.316 Watts
Biomass : 34.316 Watts
Electricity : 1143.88 Watts
Flights : 8580. Watts
Government : 644. Watts
Driving : 1430. Watts
Consumer Stuff : 4703. Watts
Food : 625.919 Watts
Work Gas : 200. Watts
Work Electric : 410. Watts
House Gas : 500. Watts
House Electric : 130. Watts
Residential : 2038.75 Watts
Commercial : 2018.75 Watts
Industrial : 1408.75 Watts
Transportation : 11756.8 Watts
Wasted Energy : 9910.81
Energy Services : 7312.19
Saul's Energy2007: 17223 Watts
Energy flows on earth including • human activity.Energy quantities in your own life.• Energy demographics.• Basic unit conversions.• What is possible given what we know.•
0 10 20 30 40 500
5
10
15
20
25
30
35
40State-level energy consumption per Capita, 2006 (kW)
Kilo
Wat
ts
Ala
ska
Wyo
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gLo
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ana
Nor
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akot
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Kent
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Ala
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nd
ENERGYliteracy.com2CC
Average = 11.14kW
0 10 20 30 40 50
5
10
15
20
25
30
1 Qatar2 Iceland3 United Arab Emirates4 Bahrain5 Luxembourg6 Netherlands Antilles7 Kuwait8 Trinidad and Tobago9 Canada10 United States11 Brunei Darussalam12 Finland13 Norway14 Sweden15 Australia
16 Belgium17 Saudi Arabia18 Singapore19 Gibraltar20 Netherlands21 Oman22 France23 Russian Federation24 New Zealand25 Korea, Rep26 Czech Rep27 Germany28 Austria29 Japan30 United Kingdom31 Denmark32 Ireland33 Switzerland34 Estonia35 Turkmenistan36 Slovenia37 Slovakia38 Kazakhstan39 Cyprus40 Spain41 Libyan Arab Jamahiriya42 Israel43 Italy44 Ukraine45 Greece46 Belarus47 Lithuania48 South Africa49 Hungary50 Bulgaria
kilo
wat
tsPer Capita Energy Use 2003
US Average.
Global Average
Per capita power use 2003
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kilo
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Countries using less than 2000W per person
Energy flows on earth including • human activity.Energy quantities in your own life.• Energy demographics.• Basic unit conversions.• What is possible given what we know.•
PV : 50% CST : 25%
ATMOSPHERIC LOSSES.
DAY / NIGHT LOSSES.
CLOUD / WEATHER LOSSES.
SOLAR CONSTANT = 1366 Watts / m2.
GEOGRAPHY (LATITUDE).
LAND AREA COVERAGE
INSOLATION =90-300 Watts / m2.
TECHNOLOGY EFFICIENCY10 - 40%.
ACTUAL SOLAR PHOTONS TO ELECTRONS = 10-20 Watts / m2.
100m diameter = 3MW rated.33% capacity factor = 0.33 x 3 = 1MWSpacing = 10 diameters apart.Actual power density by land area = 1MW / 1km2
1-2W/m2 of land.
US Energy Policy Planner
120∞ W 110 ∞ W 100∞ W 90∞ W
80∞ W 70∞ W
30 ∞ N
40 ∞ N
50 ∞ N
?
Energy Literacy would help you:
Take action in your own life.• Critically assess `energy’ and climate • media.Vote cognizant of energy issues.•
Why should we care about energy literacy?
Production and use of energy effects • environment, economics, and politics at personal, local and global scales. Climate change.• Long term economics.• ‘Energy independence’.•