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School of Environmental Sciences University of East Anglia How can we Fuel all the People all of the time? Dr N. Keith Tovey Hard Choices Ahead

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  • School of Environmental SciencesUniversity of East Anglia

    How can we Fuel all the People all of the time?

    Dr N. Keith ToveyHard Choices Ahead

  • EnergyClimateGeological Resources - Fossil Fuels / Nuclear Renewable ResourcesLaws of Nature (thermodynamics)Exploitation of some Energy Resources is limited by technical know-howe.g. Wave PowerThere are also limits to how fast new resources/technologies can be exploited.Some Resources are expensive to exploite.g. photo voltaicsothers such as Gas are cheapHow much energy do we need?What do we need it for?

    Standards of comfort have risenHousehold sizes have reducedDesire for more appliances If every household in UK turned off one appliance which is normally on standby, how much would we save? about 500 Wind Turbines the size of Swaffham.Global WarmingSea level riseExtremes of climate - more floodingUK will probably become colderAcid RainPollution etcetc.etcMeasures in last 14 monthsNew Electricity Trading Arrangements(came into force 27th March 2001)hinder exploitation of renewablesconservation like CHPNew Building RegulationsNew Renewable Obligation

  • Domestic TransportIndustryCommercial/Administration/EducationConversion

    Total1.0 kW1.2 kW0.8 kW0.5 kW

    1.5 kW======5.0 kWHow much Energy do we need?Per person

    2.4 tonnes3.0 tonnes2.9 tonnes1.3 tonnes

    ======9.6 tonnesEnergy per personCarbon dioxide per person per year

  • Jean and I shared transport and drove together from Norwich and will return there this afternoon.

    How much energy will we have used.?How many hours could we run a one bar electric fire and consume the same amount of energy.?70 kWh - or 70 hoursA Question?

  • Current Dependency on Fuels for different countries

  • Energy is getting cheaper, particularly since privatisation and deregulation.

    This is making renewables less attractive

    Sheet1

    1950200020202050

    hydro0.1

    coal89.515

    oil10.432

    gas43

    rnewables1

    nuclear9

    1970 1980 1990 2000

    Coal and smokeless fuels 89.2 109.0 100.0 94.9

    Electricity 84.9 104.0 100.0 78.3

    Gas 129.0 86.4 100.0 77.4

    Petrol and oil 97.1 107.3 100.0 116.7

    Source: DTI (2001a).

    1970198019902000

    Coal89.210910094.9

    Electricity84.910410078.3

    Gas12986.410077.4

    Petrol97.1107.3100116.7

    1970198019902000

    Coal10010091.743119266187.0642201835

    Electricity10010096.153846153875.2884615385

    Gas100100115.740740740789.5833333333

    Petrol10010093.1966449208108.7604846226

    198019902000

    Coal10091.787.1

    Electricity10096.275.3

    Gas100115.789.6

    Petrol10093.2108.8

    Sheet1

    89.284.912997.1

    10910486.4107.3

    100100100100

    94.978.377.4116.7

    Coal

    Electricity

    Gas

    Petrol

    Sheet2

    Coal

    Electricity

    Gas

    Petrol

    Sheet3

  • Changing Fuel Mix in UKOn present trends, gas will become more and more dominant.In 1990 < 1% of electricity was generated by gas. In 2001 >40% of generation is by gas and rising rapidly.

  • We can make CO2 targets with all new electricity generation from gas, but then 75% of our electricity will depend on supplies of gas from Russia, Middle East, or North AfricaThese figures assume we achieve 20% renewable generation by 2022

  • Changing Face of Energy in UKWhere will we get our Gas from after 2010Russia?, Middle East?, Libya?, Algeria?

    Sheet1

    CountryInstalled MWInstalled MW

    20002001

    Germany61138754

    Spain22353337

    Denmark23002417

    Italy427697

    Netherlands446493

    UK406474

    Sweden231290

    Greece189272

    Portugal100125

    Ireland118125

    Austria7794

    France6678

    Finland3839

    Belgium1331

    Luxembourg1015

    1276917241

    ProjectsTurbinesMegawattsGenerationHomes Equivalent

    72945493.41.29TWh323,8031,340,417

    1.29

    29.8460222887

    CountryInstalled MWInstalled MW

    20002001

    Germany611387547003.2

    Spain223533372669.6

    Denmark230024171933.6

    Italy427697557.6

    Netherlands446493394.4

    UK406474379.2

    Sweden231290232

    Greece189272217.6

    Portugal100125100

    Ireland118125100

    Austria779475.2

    France667862.4

    Finland383931.2

    Belgium133124.8

    Luxembourg101512

    Sheet1

    2000

    2001

    Sheet2

    Number of Turbine Equivalents

    Turbine Numbers (Swaffham equivalents)

    Sheet3

    OrderTechnology BandNo. of ProjectsCapacity MW (DNC)

    HydroMIWLFGBIOMass

    NFFO-1Hydro2110.001H10.00100000000

    000000000

    ize=-1>10.001000000000

    000000000

    LFG1930.776LFG000000030.7760

    000000000

    MIW440.63MIW00000040.6300

    000000000

    Other445.48Wa045.480000000

    000000000

    SGas65.98Wa05.980000000

    000000000

    Wind58.138Wi008.138000000

    000000000

    Totals :59141.005000000000

    000000000

    NFFO-2Hydro1010.457H10.45700000000

    000000000

    LFG2646.393LFG000000046.3930

    000000000

    MIW231.5MIW00000031.500

    000000000

    Other112.5Wa012.50000000

    000000000

    SGas1819.059Wa019.0590000000

    000000000

    Wind2352.452Wi0052.452000000

    000000000

    Totals :80172.361000000000

    000000000

    NFFO-3ECAFW - Gasification18Wa080000000

    000000000

    ECAFW - Other269.5Wa069.50000000

    000000000

    Hydro811.738H11.73800000000

    000000000

    LFG4282.071LFG000000082.0710

    000000000

    MIW677.419MIW00000077.41900

    000000000

    Wind Large1041.021WiL00041.02100000

    000000000

    Wind Small109.47Wis00009.470000

    000000000

    Totals :79299.219000000000

    000000000

    NFFO-4Hydro72.102H2.10200000000

    000000000

    LFG51135.711LFG0000000135.7110

    000000000

    MIW - CHP214.98MIW00000014.9800

    000000000

    Wind Large12.528WiL0002.52800000

    000000000

    Wind Small42.755WiS00002.7550000

    000000000

    Totals :65158.076000000000

    000000000

    NFFO-5Hydro20.4H0.400000000

    000000000

    LFG4488.653LFG000000088.6530

    000000000

    Wind Small21.69WiS00001.690000

    000000000

    Totals :4890.743000000000

    000000000

    NI-NFFO-1Hydro71.89H1.8900000000

    000000000

    Wind612.664Wi0012.664000000

    000000000

    Totals :1314.554000000000

    000000000

    NI-NFFO-2Biomass20.304BIO000000000.304

    000000000

    Hydro10.075H0.07500000000

    000000000

    Wind22.567Wi002.567000000

    000000000

    Totals :52.946000000000

    000000000

    SRO-1Biomass19.8BIO000000009.8

    000000000

    Hydro64.04H4.0400000000

    000000000

    Wind725.13Wi0025.13000000

    000000000

    WTE23.78Wa03.780000000

    000000000

    Totals :1642.75000000000

    000000000

    SRO-2Hydro10.83H0.8300000000

    000000000

    WTE415Wa0150000000

    000000000

    Totals :515.83000000000

    000000000

    SRO-3Wave10.2Wave000000.2000

    000000000

    Wind Large18.29WiL0008.2900000

    000000000

    Wind Small32.47WiS00002.470000

    000000000

    WTE26.12Wa06.120000000

    000000000

    Totals :717.08000000000

    000000000

    Grand Total377954.641.533185.419100.95151.83916.3850.2164.529383.60410.104

    396.327

    bionass10.104

    hydro41.533

    MIW164.529

    LFG383.604

    Wave0.2

    Wind169.175

    Total769.145

    Mtonnes of Oil Equivalent200020102020

    Production29018370

    Demand244257266

    Exports46

    Imports74196

    Imports as % Demand-19%29%74%

    Gas Demand:95109125

    Gas as % Demand39%42%47%

    % Electricity Produced by Gascould be as high as~75% in 2020

  • Options for Electricity Generation in 2020 - Non-Renewable Methods

    Sheet1

    26.28

    potential contribution to Electricity Supplycosts in 2020

    Gas CCGT1.8 - 2.4pavailable now, but UK gas will run out within current decade~ 2p +

    nuclear fission (long term)0 - 80+% (France)new inherently safe designs - some practical development needed2.5 - 3.5p

    nuclear fusionnot available until 2040 at earliest

    "Clean Coal"Basic components available - not viable without Carbon Sequestration

    On Shore Wind2.5 - 3p~25%available now for commercial exploiation~ 2p

    Off shore wind4 - 5p25 - 50%some technical development needed - research to reduce costs.~2.5p

    Hydro3 - 4p5%technically mature, but limited potential2.5 - 3p

    Photovoltaic12 - 16p50%available, but much research needed to bring down costs significantly10+ p

    Energy Crops5 - 8p100% +available, but research needed in some areas2.5 - 4

    Wave/Tidal Stream6 -8p100% +techology limited - extensive development unlikely before 20204 - 8p

    Tidal Barrages?10 - 20%technology available but unlikely without Government interventionnot costed

    Geothermal?unlikely for electricity generation before 2050 if then

    Sheet2

    potential contribution to Electricity Supply in 2020costs in 2020

    Gas CCGT0 - 80% (currently 40% and rising)available now, but UK gas will run out within current decade~ 2p +

    nuclear fission (long term)0 - 60% (France 80%) - (currently 20 - 25% and falling)new inherently safe designs - some practical development needed2.5 - 3.5p

    nuclear fusionunavailablenot available until 2040 at earliest

    "Clean Coal"Traditional Coal falling rapidly - coal could supply 40 - 50% by 2020Basic components available - not viable without Carbon Sequestration2.5 - 3.5p

    Sheet3

  • Options for Electricity Generation in 2020 - Renewable

    Sheet1

    26.28

    potential contribution to Electricity Supplycosts in 2020

    Gas CCGT1.8 - 2.4pavailable now, but UK gas will run out within current decade~ 2p +

    nuclear fission (long term)0 - 80+% (France)new inherently safe designs - some practical development needed2.5 - 3.5p

    nuclear fusionnot available until 2040 at earliest

    "Clean Coal"Basic components available - not viable without Carbon Sequestration

    On Shore Wind2.5 - 3p~25%available now for commercial exploiation~ 2p

    Off shore wind4 - 5p25 - 50%some technical development needed - research to reduce costs.~2.5p

    Hydro3 - 4p5%technically mature, but limited potential2.5 - 3p

    Photovoltaic12 - 16p50%available, but much research needed to bring down costs significantly10+ p

    Energy Crops5 - 8p100% +available, but research needed in some areas2.5 - 4

    Wave/Tidal Stream6 -8p100% +techology limited - extensive development unlikely before 20204 - 8p

    Tidal Barrages?10 - 20%technology available but unlikely without Government interventionnot costed

    Geothermal?unlikely for electricity generation before 2050 if then

    Sheet2

    potential contribution to Electricity Supply in 2020costs in 2020

    Gas CCGT0 - 80% (currently 40% and rising)available now, but UK gas will run out within current decade~ 2p +

    nuclear fission (long term)0 - 60% (France 80%) - (currently 20 - 25% and falling)new inherently safe designs - some practical development needed2.5 - 3.5p

    nuclear fusionunavailablenot available until 2040 at earliest

    "Clean Coal"Traditional Coal falling rapidly - coal could supply 40 - 50% by 2020Basic components available - not viable without Carbon Sequestration2.5 - 3.5p

    Sheet3

    Ultimate potential contribution to Electricity Supplycosts in 2020

    On Shore Wind~25%available now for commercial exploitation~ 2p

    Off shore wind25 - 50%some technical development needed - research to reduce costs.~2.5 - 3p

    Hydro5%technically mature, but limited potential2.5 - 3p

    Photovoltaic50%available, but much research needed to bring down costs significantly10+ p

    Energy Crops100% +available, but research needed in some areas2.5 - 4

    Wave/Tidal Stream100% +techology limited - extensive development unlikely before 20204 - 8p

    Tidal Barrages10 - 20%technology available but unlikely without Government interventionnot costed

    Geothermalunlikely for electricity generation before 2050 if then

  • Limpet Wave Generator on Islay

  • Renewable Energy comparisons In the home - on average 25 - 40 sq m of PhotoVoltaic Cells would provide the equivalent of the electricity requirements of the house

    Sheet1

    8760MWhTWh

    sizwell11880.772848167.28481667

    wind1.50.339420.00394218480.4489829.5672

    yieldCVGJ/sq kmMWh

    biomass121518000540015004856.544

    irrradiationeefficiencyWatts outannual (GJ)MWh

    PV1151517.250.5439960.1511148.2086956522

    4000151.1126.4707828734

    3000151.1119.8530871551

    17.522.1115408696

    26.283020175.0724637681

    38222.1449275362

    Approximate Annual ProductionArea to produce same output at Sizewell

    UK Electricity Demand 2001345 billion units

    Sizewell Nuclear Power Station7.2 billion units

    Wind (Ecotech)3.9 million units per turbine1500 - 2000 sq km

    Biomass1.5 million units per square km5000 sq km

    Solar PV100 - 150 units pers sq m50 - 80 sq km

    Tidal (Severn Barrage)17 - 25 billion units

    Sheet2

    Sheet3

  • Tidal Barrage at La Rance - produces a maximum of 240 MW

  • Electricity Consumption in a large house in Wales -17th - 20th March 2002Data courtesy of ENV-2C08 studentsWhat do we mean when we say that a particular energy system could supply electricity for N homes?

  • Electricity Consumption in a detached house in Gorleston -28th March 2002Peak demand 3.02kWAverage 0.38kWAverage UK 0.45 kW Number of Houses supplied by turbine of Size of Swaffham124 - Peak982 - Average833 - Average UKData courtesy of Charlotte TurnerSolar: - Area of Panels175 sq m to meet peak demand30 sq m to meet average demand

  • National Demand for Electricity also changes rapidlyPrices paid by Suppliers vary dramatically over the day

    Chart1

    334490.02083333330.02083333330.02083333330.0208333333250370.02083333330.02083333330.02083333330.020833333324469

    338870.04166666670.04166666670.04166666670.0416666667244880.04166666670.04166666670.04166666670.041666666723984

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    467341.66666666671.66666666671.66666666671.6666666667400571.66666666671.66666666671.66666666671.66666666671.6666666667

    486561.68751.68751.68751.6875410201.68751.68751.68751.68751.6875

    502521.70833333331.70833333331.70833333331.7083333333413501.70833333331.70833333331.70833333331.70833333331.7083333333

    506811.72916666671.72916666671.72916666671.7291666667412151.72916666671.72916666671.72916666671.72916666671.7291666667

    501461.751.751.751.75403801.751.751.751.751.75

    495651.77083333331.77083333331.77083333331.7708333333394681.77083333331.77083333331.77083333331.77083333331.7708333333

    487471.79166666671.79166666671.79166666671.7916666667389601.79166666671.79166666671.79166666671.79166666671.7916666667

    476851.81251.81251.81251.8125384771.81251.81251.81251.81251.8125

    462611.83333333331.83333333331.83333333331.8333333333378611.83333333331.83333333331.83333333331.83333333331.8333333333

    454431.85416666671.85416666671.85416666671.8541666667377341.85416666671.85416666671.85416666671.85416666671.8541666667

    440461.8751.8751.8751.875386501.8751.8751.8751.8751.875

    430421.89583333331.89583333331.89583333331.8958333333385431.89583333331.89583333331.89583333331.89583333331.8958333333

    411631.91666666671.91666666671.91666666671.9166666667373351.91666666671.91666666671.91666666671.91666666671.9166666667

    396171.93751.93751.93751.9375357451.93751.93751.93751.93751.9375

    378791.95833333331.95833333331.95833333331.9583333333336331.95833333331.95833333331.95833333331.95833333331.9583333333

    358171.97916666671.97916666671.97916666671.9791666667314971.97916666671.97916666671.97916666671.97916666671.9791666667

    3491622222947222222

    17-18th December 2001

    29-30th April 2002

    6-7th May 2002

    Time (hrs)

    MW

    UK Electricity Demand

    Sheet1

    17-18th December 200129-30th April 20026-7th May 2002

    0:3012/17/01112/17/01 0:35334494/29/0214/28/02 23:30250375/6/0215/5/02 23:3024469

    1:0012/17/01212/17/01 1:05338874/29/0224/29/02 0:01244885/6/0225/6/02 0:0523984

    1:3012/17/01312/17/01 1:35342984/29/0234/29/02 0:30257985/6/0235/6/02 0:3025125

    2:0012/17/01412/17/01 2:05340204/29/0244/29/02 1:01270565/6/0245/6/02 1:0026152

    2:3012/17/01512/17/01 2:35337784/29/0254/29/02 1:30272415/6/0255/6/02 1:3026138

    3:0012/17/01612/17/01 3:01343824/29/0264/29/02 2:00270895/6/0265/6/02 2:0025824

    3:3012/17/01712/17/01 3:30339634/29/0274/29/02 2:30267375/6/0275/6/02 2:3525239

    4:0012/17/01812/17/01 4:00332354/29/0284/29/02 3:00264885/6/0285/6/02 3:0124910

    4:3012/17/01912/17/01 4:30326424/29/0294/29/02 3:35262325/6/0295/6/02 3:3524382

    5:0012/17/011012/17/01 5:00323534/29/02104/29/02 4:05260285/6/02105/6/02 4:0523944

    5:3012/17/011112/17/01 5:30324564/29/02114/29/02 4:30261955/6/02115/6/02 4:3523666

    6:0012/17/011212/17/01 6:00331414/29/02124/29/02 5:02265885/6/02125/6/02 5:0123243

    6:3012/17/011312/17/01 6:35357624/29/02134/29/02 5:31289035/6/02135/6/02 5:3523752

    7:0012/17/011412/17/01 7:01385994/29/02144/29/02 6:01317985/6/02145/6/02 6:0124445

    7:3012/17/011512/17/01 7:35424834/29/02154/29/02 6:30357165/6/02155/6/02 6:3025547

    8:0012/17/011612/17/01 8:05446544/29/02164/29/02 7:00381475/6/02165/6/02 7:0026480

    8:3012/17/011712/17/01 8:30454364/29/02174/29/02 7:35391885/6/02175/6/02 7:3527395

    9:0012/17/011812/17/01 9:01456304/29/02184/29/02 8:01393065/6/02185/6/02 8:0528245

    9:3012/17/011912/17/01 9:30461764/29/02194/29/02 8:31400365/6/02195/6/02 8:3029573

    10:0012/17/012012/17/01 10:01463054/29/02204/29/02 9:00403795/6/02205/6/02 9:0530812

    10:3012/17/012112/17/01 10:30463674/29/02214/29/02 9:35406035/6/02215/6/02 9:3031639

    11:0012/17/012212/17/01 11:01462974/29/02224/29/02 10:01408165/6/02225/6/02 10:0131978

    11:3012/17/012312/17/01 11:31463844/29/02234/29/02 10:30409865/6/02235/6/02 10:3532143

    12:0012/17/012412/17/01 12:06464794/29/02244/29/02 11:05411435/6/02245/6/02 11:0632282

    12:3012/17/012512/17/01 12:36465074/29/02254/29/02 11:35411585/6/02255/6/02 11:3532420

    13:0012/17/012612/17/01 13:06461254/29/02264/29/02 12:01407075/6/02265/6/02 12:0632232

    13:3012/17/012712/17/01 13:30460394/29/02274/29/02 12:30402605/6/02275/6/02 12:3531653

    14:0012/17/012812/17/01 14:01459904/29/02284/29/02 13:00400025/6/02285/6/02 13:0531370

    14:3012/17/012912/17/01 14:31462274/29/02294/29/02 13:36399365/6/02295/6/02 13:3031213

    15:0012/17/013012/17/01 15:00463754/29/02304/29/02 14:00396645/6/02305/6/02 14:0530647

    15:3012/17/013112/17/01 15:30463644/29/02314/29/02 14:31392815/6/02315/6/02 14:3530513

    16:0012/17/013212/17/01 16:01478614/29/02324/29/02 15:05394975/6/02325/6/02 15:0530410

    16:3012/17/013312/17/01 16:31497114/29/02334/29/02 15:30398585/6/02335/6/02 15:3030457

    17:0012/17/013412/17/01 17:01510724/29/02344/29/02 16:00399885/6/02345/6/02 16:0031138

    17:3012/17/013512/17/01 17:30515204/29/02354/29/02 16:30397655/6/02355/6/02 16:3031639

    18:0012/17/013612/17/01 18:01509134/29/02364/29/02 17:01389505/6/02365/6/02 17:0531894

    18:3012/17/013712/17/01 18:31503384/29/02374/29/02 17:30381065/6/02375/6/02 17:3531819

    19:0012/17/013812/17/01 19:00496294/29/02384/29/02 18:01374595/6/02385/6/02 18:0031532

    19:3012/17/013912/17/01 19:30483264/29/02394/29/02 18:30365885/6/02395/6/02 18:3031234

    20:0012/17/014012/17/01 20:05472944/29/02404/29/02 19:05364455/6/02405/6/02 19:0031216

    20:3012/17/014112/17/01 20:35459914/29/02414/29/02 19:35365005/6/02415/6/02 19:3031352

    21:0012/17/014212/17/01 21:06451144/29/02424/29/02 20:00378045/6/02425/6/02 20:0332632

    21:3012/17/014312/17/01 21:36437314/29/02434/29/02 20:30383335/6/02435/6/02 20:3033715

    22:0012/17/014412/17/01 22:06415764/29/02444/29/02 21:00367355/6/02445/6/02 21:0032766

    22:3012/17/014512/17/01 22:35399874/29/02454/29/02 21:30354595/6/02455/6/02 21:3031446

    23:0012/17/014612/17/01 23:06382074/29/02464/29/02 22:003318729907

    23:3012/17/014712/17/01 23:36362354/29/02474/29/02 22:303103628593

    0:0012/17/014812/18/01 0:02350124/29/02484/29/02 23:002902026787

    0:3012/18/01112/18/01 0:30357574/30/0214/29/02 23:302741525332

    1:0012/18/01212/18/01 1:00361624/30/0224/30/02 0:002693324376

    1:3012/18/01312/18/01 1:30363674/30/0234/30/02 0:302825425349

    2:0012/18/01412/18/01 2:01358314/30/0244/30/02 1:002950526487

    2:3012/18/01512/18/01 2:36357284/30/0254/30/02 1:302959826629

    3:0012/18/01612/18/01 3:00362454/30/0264/30/02 2:002953626397

    3:3012/18/01712/18/01 3:36354464/30/0274/30/02 2:302904225898

    4:0012/18/01812/18/01 4:06345864/30/0284/30/02 3:002871825645

    4:3012/18/01912/18/01 4:35338574/30/0294/30/02 3:302830325245

    5:0012/18/011012/18/01 5:05333934/30/02104/30/02 4:012806125136

    5:3012/18/011112/18/01 5:35333074/30/02114/30/02 4:352826625193

    6:0012/18/011212/18/01 6:05337894/30/02124/30/02 5:012845325631

    6:3012/18/011312/18/01 6:30361694/30/02134/30/02 5:303048928122

    7:0612/18/011412/18/01 7:01388514/30/02144/30/02 6:053330731114

    7:3012/18/011512/18/01 7:30421934/30/02154/30/02 6:353727035151

    8:0012/18/011612/18/01 8:01444064/30/02164/30/02 7:0539887

    8:3012/18/011712/18/01 8:30454214/30/02174/30/02 7:3541080

    9:0012/18/011812/18/01 9:01451834/30/02184/30/02 8:0040765

    9:3012/18/011912/18/01 10:31455314/30/02194/30/02 8:3541413

    10:0012/18/012012/18/01 10:32456724/30/02204/30/02 9:0541725

    10:3012/18/012112/18/01 10:33456104/30/02214/30/02 9:3541723

    11:0012/18/012212/18/01 11:06454914/30/02224/30/02 10:0141831

    11:3012/18/012312/18/01 11:36454184/30/02234/30/02 10:3041844

    12:0012/18/012412/18/01 12:01453444/30/02244/30/02 11:0541972

    12:3012/18/012512/18/01 12:35453854/30/02254/30/02 11:3042037

    13:0012/18/012612/18/01 13:06450434/30/02264/30/02 12:0541532

    13:3012/18/012712/18/01 13:36449834/30/02274/30/02 12:3041063

    14:0012/18/012812/18/01 14:06448584/30/02284/30/02 13:0040811

    14:3012/18/012912/18/01 14:36452324/30/02294/30/02 13:3540890

    15:0012/18/013012/18/01 15:01452564/30/02304/30/02 14:0040601

    15:3012/18/013112/18/01 15:31453434/30/02314/30/02 14:3540281

    16:0012/18/013212/18/01 16:00467344/30/02324/30/02 15:0540057

    16:3012/18/013312/18/01 16:30486564/30/02334/30/02 15:3041020

    17:0012/18/013412/18/01 17:00502524/30/02344/30/02 16:0041350

    17:3012/18/013512/18/01 17:31506814/30/02354/30/02 16:3041215

    18:0012/18/013612/18/01 18:01501464/30/02364/30/02 17:0540380

    18:3012/18/013712/18/01 18:31495654/30/02374/30/02 17:3039468

    19:0012/18/013812/18/01 19:01487474/30/02384/30/02 18:0138960

    19:3012/18/013912/18/01 19:30476854/30/02394/30/02 18:3038477

    20:0012/18/014012/18/01 20:01462614/30/02404/30/02 19:0237861

    20:3012/18/014112/18/01 20:30454434/30/02414/30/02 19:3037734

    21:0012/18/014212/18/01 21:00440464/30/02424/30/02 20:0238650

    21:3012/18/014312/18/01 21:30430424/30/02434/30/02 20:3038543

    22:0012/18/014412/18/01 22:01411634/30/02444/30/02 21:0037335

    22:3012/18/014512/18/01 22:31396174/30/02454/30/02 21:3135745

    23:0012/18/014612/18/01 23:00378794/30/02464/30/02 22:0033633

    23:3012/18/014712/18/01 23:31358174/30/02474/30/02 22:3031497

    0:0012/18/014812/19/01 0:01349164/30/02484/30/02 23:0029472

    Sheet1

    17-18th December 2001

    29-30th April 2002

    6-7th May 2002

    Time (hrs)

    MW

    UK Electricity Demand

    Sheet2

    Sheet3

  • How are we going to meet these demands for electricity in the future? The Energy Review indicates 10% by renewables by 2010 and 20% by 2020.

    In order to get more than 10% of electricity from renewables by 2010 and 20% by 2020, build rates for the leading options would need to be at levels never before seen in the UK. Onshore and offshore wind would need to be installed at a rate of between 1-2 GW per year (i.e. 1000 - 1500 turbines the size of Swaffham every year).

    However, 1.5 GW and 1.6 GW of onshore wind was built in Germany in 1999 and 2000 respectively, and a further 1.2 GW was installed in the first eight months of this year (2001). Build rates of 1 GW per year were also seen Spain in 2000, and 600MW in Denmark in the same year.

  • Wind Energy in EuropeThe European Commission directive 2001:

    Member States are required to adopt national targets for renewables that are consistent with reaching the Commissions overall target of 12.1 per cent electricity from renewables by 2010. UKs indicative target is 10 per cent electricity.

    Chart1

    7003.2

    2669.6

    1933.6

    557.6

    394.4

    379.2

    232

    217.6

    100

    100

    75.2

    62.4

    31.2

    24.8

    12

    Number of Turbine Equivalents

    Turbine Numbers (Swaffham equivalents)

    Sheet1

    CountryInstalled MWInstalled MW

    20002001

    Germany61138754

    Spain22353337

    Denmark23002417

    Italy427697

    Netherlands446493

    UK406474

    Sweden231290

    Greece189272

    Portugal100125

    Ireland118125

    Austria7794

    France6678

    Finland3839

    Belgium1331

    Luxembourg1015

    1276917241

    ProjectsTurbinesMegawattsGenerationHomes Equivalent

    72945493.41.29TWh323,8031,340,417

    1.29

    29.8460222887

    CountryInstalled MWInstalled MW

    20002001

    Germany611387547003.2

    Spain223533372669.6

    Denmark230024171933.6

    Italy427697557.6

    Netherlands446493394.4

    UK406474379.2

    Sweden231290232

    Greece189272217.6

    Portugal100125100

    Ireland118125100

    Austria779475.2

    France667862.4

    Finland383931.2

    Belgium133124.8

    Luxembourg101512

    Sheet1

    2000

    2001

    Sheet2

    Number of Turbine Equivalents

    Turbine Numbers (Swaffham equivalents)

    Sheet3

    OrderTechnology BandNo. of ProjectsCapacity MW (DNC)

    Hydro

    NFFO-1Hydro2110.001H10.00100000

    000000

    ize=-1>10.001000000

    000000

    LFG1930.776Wa030.7760000

    000000

    MIW440.63Wa040.630000

    000000

    Other445.48Wa045.480000

    000000

    SGas65.98Wa05.980000

    000000

    Wind58.138Wi008.138000

    000000

    Totals :59141.005000000

    000000

    NFFO-2Hydro1010.457H10.45700000

    000000

    LFG2646.393Wa046.3930000

    000000

    MIW231.5Wa031.50000

    000000

    Other112.5Wa012.50000

    000000

    SGas1819.059Wa019.0590000

    000000

    Wind2352.452Wi0052.452000

    000000

    Totals :80172.361000000

    000000

    NFFO-3ECAFW - Gasification18Wa080000

    000000

    ECAFW - Other269.5Wa069.50000

    000000

    Hydro811.738H11.73800000

    000000

    LFG4282.071Wa082.0710000

    000000

    MIW677.419Wa077.4190000

    000000

    Wind Large1041.021WiL00041.02100

    000000

    Wind Small109.47Wis00009.470

    000000

    Totals :79299.219000000

    000000

    NFFO-4Hydro72.102H2.10200000

    000000

    LFG51135.711Wa0135.7110000

    000000

    MIW - CHP214.98Wa014.980000

    000000

    Wind Large12.528WiL0002.52800

    000000

    Wind Small42.755WiS00002.7550

    000000

    Totals :65158.076000000

    000000

    NFFO-5Hydro20.4H0.400000

    000000

    LFG4488.653Wa088.6530000

    000000

    Wind Small21.69WiS00001.690

    000000

    Totals :4890.743000000

    000000

    NI-NFFO-1Hydro71.89H1.8900000

    000000

    Wind612.664Wi0012.664000

    000000

    Totals :1314.554000000

    000000

    NI-NFFO-2Biomass20.304Wa00.3040000

    000000

    Hydro10.075H0.07500000

    000000

    Wind22.567Wi002.567000

    000000

    Totals :52.946000000

    000000

    SRO-1Biomass19.8Wa09.80000

    000000

    Hydro64.04H4.0400000

    000000

    Wind725.13Wi0025.13000

    000000

    WTE23.78Wa03.780000

    000000

    Totals :1642.75000000

    000000

    SRO-2Hydro10.83H0.8300000

    000000

    WTE415Wa0150000

    000000

    Totals :515.83000000

    000000

    SRO-3Wave10.2Wave000000.2

    000000

    Wind Large18.29WiL0008.2900

    000000

    Wind Small32.47WiS00002.470

    000000

    WTE26.12Wa06.120000

    000000

    Totals :717.08000000

    000000

    Grand Total377954.641.533743.656100.95151.83916.3850.20

    954.564

    Chart1

    61138754

    22353337

    23002417

    427697

    446493

    406474

    231290

    189272

    100125

    118125

    7794

    6678

    3839

    1331

    1015

    2000

    2001

    MW

    Sheet1

    CountryInstalled MWInstalled MW

    20002001

    Germany61138754

    Spain22353337

    Denmark23002417

    Italy427697

    Netherlands446493

    UK406474

    Sweden231290

    Greece189272

    Portugal100125

    Ireland118125

    Austria7794

    France6678

    Finland3839

    Belgium1331

    Luxembourg1015

    1276917241

    ProjectsTurbinesMegawattsGenerationHomes Equivalent

    72945493.41.29TWh323,8031,340,417

    1.29

    29.8460222887

    CountryInstalled MWInstalled MW

    20002001

    Germany611387547003.2

    Spain223533372669.6

    Denmark230024171933.6

    Italy427697557.6

    Netherlands446493394.4

    UK406474379.2

    Sweden231290232

    Greece189272217.6

    Portugal100125100

    Ireland118125100

    Austria779475.2

    France667862.4

    Finland383931.2

    Belgium133124.8

    Luxembourg101512

    Sheet1

    2000

    2001

    MW

    Sheet2

    Number of Turbine Equivalents

    Turbine Numbers (Swaffham equivalents)

    Sheet4

    OrderTechnology BandNo. of ProjectsCapacity MW (DNC)

    HydroMIWLFGBIOMass

    NFFO-1Hydro2110.001H10.00100000000

    000000000

    ize=-1>10.001000000000

    000000000

    LFG1930.776LFG000000030.7760

    000000000

    MIW440.63MIW00000040.6300

    000000000

    Other445.48Wa045.480000000

    000000000

    SGas65.98Wa05.980000000

    000000000

    Wind58.138Wi008.138000000

    000000000

    Totals :59141.005000000000

    000000000

    NFFO-2Hydro1010.457H10.45700000000

    000000000

    LFG2646.393LFG000000046.3930

    000000000

    MIW231.5MIW00000031.500

    000000000

    Other112.5Wa012.50000000

    000000000

    SGas1819.059Wa019.0590000000

    000000000

    Wind2352.452Wi0052.452000000

    000000000

    Totals :80172.361000000000

    000000000

    NFFO-3ECAFW - Gasification18Wa080000000

    000000000

    ECAFW - Other269.5Wa069.50000000

    000000000

    Hydro811.738H11.73800000000

    000000000

    LFG4282.071LFG000000082.0710

    000000000

    MIW677.419MIW00000077.41900

    000000000

    Wind Large1041.021WiL00041.02100000

    000000000

    Wind Small109.47Wis00009.470000

    000000000

    Totals :79299.219000000000

    000000000

    NFFO-4Hydro72.102H2.10200000000

    000000000

    LFG51135.711LFG0000000135.7110

    000000000

    MIW - CHP214.98MIW00000014.9800

    000000000

    Wind Large12.528WiL0002.52800000

    000000000

    Wind Small42.755WiS00002.7550000

    000000000

    Totals :65158.076000000000

    000000000

    NFFO-5Hydro20.4H0.400000000

    000000000

    LFG4488.653LFG000000088.6530

    000000000

    Wind Small21.69WiS00001.690000

    000000000

    Totals :4890.743000000000

    000000000

    NI-NFFO-1Hydro71.89H1.8900000000

    000000000

    Wind612.664Wi0012.664000000

    000000000

    Totals :1314.554000000000

    000000000

    NI-NFFO-2Biomass20.304BIO000000000.304

    000000000

    Hydro10.075H0.07500000000

    000000000

    Wind22.567Wi002.567000000

    000000000

    Totals :52.946000000000

    000000000

    SRO-1Biomass19.8BIO000000009.8

    000000000

    Hydro64.04H4.0400000000

    000000000

    Wind725.13Wi0025.13000000

    000000000

    WTE23.78Wa03.780000000

    000000000

    Totals :1642.75000000000

    000000000

    SRO-2Hydro10.83H0.8300000000

    000000000

    WTE415Wa0150000000

    000000000

    Totals :515.83000000000

    000000000

    SRO-3Wave10.2Wave000000.2000

    000000000

    Wind Large18.29WiL0008.2900000

    000000000

    Wind Small32.47WiS00002.470000

    000000000

    WTE26.12Wa06.120000000

    000000000

    Totals :717.08000000000

    000000000

    Grand Total377954.641.533185.419100.95151.83916.3850.2164.529383.60410.104

    396.327

    bionass10.104

    hydro41.533

    MIW164.529

    LFG383.604

    Wave0.2

    Wind169.175

    Total769.145

    Sheet3

    areaaverage output

    104.920.810.28224.63711.1

    NorfolkBreckland113,654443282961,7982,467xcel.numberformat: #,##0" width=72>2,467

    Broadland113,896423462811,6612,330

    Great Yarmouth89,301362532321,4381,958

    Kings Lynn & West Norfolk131,214493883742,1522,964

    North Norfolk96,913332873012,0482,669

    Norwich126,221483382721,8622,521

    South Norfolk105,778383162661,6252,246

    776,977

    59000000220000002.6818181818590000003505932.2033898305

    11365442379.457627118640000.16951783052200000088

    776977289720.23728813640001.1588809492

    681924000681924MWh

    207.5872146119

    651001.0634734776

    Mtonnes of Oil Equivalent200020102020

    Production29018370

    Demand244257266

    Exports46

    Imports74196

    Imports as % Demand-19%29%74%

    Gas Demand:95109125

    Gas as % Demand39%42%47%

    % Electricity Produced by Gascould be as high as~75% in 2020

  • Increase in Renewable Component for Electricity Generation to meet Government Target of 10% by 2010Note: If we meet this target, it will hardly change the non-renewable component - i.e. the renewable deployment will just keep pace with increase in demand.Even if we do meet target (which is far from certain), our CO2 emissions will rise following from closure of nuclear plant.

    Chart1

    21.2350.81999344.8

    22353.22000347.3

    22.5355.72001349.4

    23358.26.7342.1

    23.9360.67342.6

    24.4363.17.5343.1

    24.9365.68343.7

    25.5368.59342.7

    26.4371.410341.7

    27374.311340.6

    27.6377.312341.5

    28.1380.313342.3

    TWh

    Renewable Electricity

    TWh

    Non-Renewable Electricity

    UK Annual Consumption (TWh)

    Sheet1

    1 deg every 4 minutes

    120

    180

    240

    diameterdistanceangle

    7010019.29

    7015013.13

    702009.93

    702507.97

    703006.65

    703505.71

    704005.00206.66666666670.0053272451

    704504.45

    705004.00

    705503.64

    706003.34

    706503.08

    707002.86

    data

    TWhTWhTWhRenewable ElectricityTWhTWhTWh%Non-Renewable Electricity

    1999300.521.229.1350.86344.8

    2000301.92229.3353.25.9347.3

    200130422.529.2355.76.3349.4

    2002306.12329358.216.16.79.43.1342.1

    2003307.923.928.9360.6187113.6342.6

    2004309.724.429.1363.1207.512.54343.1

    2005311.824.928.9365.621.9813.94.5343.7

    2006314.325.528.7368.525.8916.85.3342.7

    2007316.426.428.6371.429.71019.76.2341.7

    2008318.92728.4374.333.71122.77.1340.6

    2009321.427.628.3377.335.81223.87.4341.5

    2010323.628.128.5380.33813257.7342.3

    250000002853.8812785388

    4756.4687975647

    3805.1750380518

    475.6468797565

    data

    TWh

    Renewable Electricity

    TWh

    Non-Renewable Electricity

    UK Annual Consumption (TWh)

    2001

    EstimatedEstimatedEstimated Estimated Renewables Contri- Contri- RO as

    Sales by Consump0sses Total Target (tobutionbution % of

    Licensed tion byElectricity reach 10% from Non-from Sales

    Suppliersauto Available in 2010) EligibleEligible

    generatorsRenewables Renewables

    Required

    TWh TWhTWhTWh TWh TWh TWh %

    1999 300.521.229.1350.8 6.0

    2000 301.92229.3353.2 5.9

    2001 304.022.529.2355.7 6.3

    2002 306.12329358.2 16.1 6.7 9.43.1

    2003 307.923.928.9360.6 18.0 7.0 11.03.6

    2004 309.724.429.1363.1 20.0 7.5 12.54

    2005 311.824.928.9365.6 21.9 8.0 13.94.5

    2006 314.325.528.7368.5 25.8 9.0 16.85.3

    2007 316.426.428.6371.4 29.7 10.0 19.76.2

    2008 318.92728.4374.3 33.7 11.0 22.77.1

    2009 321.427.628.3377.3 35.8 12.0 23.87.4

    2010 323.628.128.5380.3 38.0 13.0 25.07.7

    by licensed (GB)as %of sales (GB)

    suppliersin GB

    TWh TWh %

    2001/2002310.9

    2002/2003313.69.43

    2003/2004316.213.54.3

    2004/2005318.715.64.9

    2005/2006320.617.75.5

    2006/2007321.421.56.7

    2007/2008322.225.47.9

    2008/200932329.49.1

    2009/2010323.831.59.7

    2010/2011324.333.610.4

    2011/2012to 202Jun-2027 10.4

  • Distribution of Renewable Projects

  • The UK target for New Renewables set in 1993, was the building of 1500MW of new renewable capacity by 2000.How did we do?

    tab10_2

    Table 10.2

    Renewables Obligation Status Summary as at 30 June 2000

    TechnologyContractedProjectsLive Projects

    No.Capacity MW DNCNo.Capacity MW DNC

    Biomass32255.96664.284

    Hydro14695.4125638.798

    Landfill Gas (LFG)329699.713154322.378

    Municipal and Industrial Waste (MIW)901398.15915190.349

    Sewage Gas3133.8642425.039

    Wave32--

    Wind3021153.73869161.2

    Total9333638.846324802.048

    TechnologyProjectsCapacity MW

    Biomass664.284

    Hydro5638.798

    Landfill Gas (LFG)154322.378

    Municipal and Industrial Waste (MIW)15190.349

    Sewage Gas2425.039

    Wave--

    Wind69161.2

    Total324802.048

    compared to planned1500

    Sheet1

    1 deg every 4 minutes

    120

    180

    240

    diameterdistanceangle

    7010019.29

    7015013.13

    702009.93

    702507.97

    703006.65

    703505.71

    704005.00206.66666666670.0053272451

    704504.45

    705004.00

    705503.64

    706003.34

    706503.08

    707002.86

    data

    TWhTWhTWhRenewable ElectricityTWhTWhTWh%Non-Renewable Electricity

    1999300.521.229.1350.86344.8

    2000301.92229.3353.25.9347.3

    200130422.529.2355.76.3349.4

    2002306.12329358.216.16.79.43.1342.1

    2003307.923.928.9360.6187113.6342.6

    2004309.724.429.1363.1207.512.54343.1

    2005311.824.928.9365.621.9813.94.5343.7

    2006314.325.528.7368.525.8916.85.3342.7

    2007316.426.428.6371.429.71019.76.2341.7

    2008318.92728.4374.333.71122.77.1340.6

    2009321.427.628.3377.335.81223.87.4341.5

    2010323.628.128.5380.33813257.7342.3

    250000002853.8812785388

    4756.4687975647

    3805.1750380518

    475.6468797565

    data

    TWh

    Renewable Electricity

    TWh

    Non-Renewable Electricity

    UK Annual Consumption (TWh)

    2001

    EstimatedEstimatedEstimated Estimated Renewables Contri- Contri- RO as

    Sales by Consump0sses Total Target (tobutionbution % of

    Licensed tion byElectricity reach 10% from Non-from Sales

    Suppliersauto Available in 2010) EligibleEligible

    generatorsRenewables Renewables

    Required

    TWh TWhTWhTWh TWh TWh TWh %

    1999 300.521.229.1350.8 6.0

    2000 301.92229.3353.2 5.9

    2001 304.022.529.2355.7 6.3

    2002 306.12329358.2 16.1 6.7 9.43.1

    2003 307.923.928.9360.6 18.0 7.0 11.03.6

    2004 309.724.429.1363.1 20.0 7.5 12.54

    2005 311.824.928.9365.6 21.9 8.0 13.94.5

    2006 314.325.528.7368.5 25.8 9.0 16.85.3

    2007 316.426.428.6371.4 29.7 10.0 19.76.2

    2008 318.92728.4374.3 33.7 11.0 22.77.1

    2009 321.427.628.3377.3 35.8 12.0 23.87.4

    2010 323.628.128.5380.3 38.0 13.0 25.07.7

    by licensed (GB)as %of sales (GB)

    suppliersin GB

    TWh TWh %

    2001/2002310.9

    2002/2003313.69.43

    2003/2004316.213.54.3

    2004/2005318.715.64.9

    2005/2006320.617.75.5

    2006/2007321.421.56.7

    2007/2008322.225.47.9

    2008/200932329.49.1

    2009/2010323.831.59.7

    2010/2011324.333.610.4

    2011/2012to 202Jun-2027 10.4

    tab10_2

    Table 10.2

    Renewables Obligation Status Summary as at 30 June 2000

    TechnologyContractedProjectsLive Projects

    No.Capacity MW DNCNo.Capacity MW DNC

    Biomass32255.96664.284

    Hydro14695.4125638.798

    Landfill Gas (LFG)329699.713154322.378

    Municipal and Industrial Waste (MIW)901398.15915190.349

    Sewage Gas3133.8642425.039

    Wave32--

    Wind3021153.73869161.2

    Total9333638.846324802.048

    Position at 30th June 2000

    TechnologyProjectsCapacity MW

    Biomass664.284

    Hydro5638.798

    Landfill Gas (LFG)154322.378

    Municipal and Industrial Waste (MIW)15190.349

    Sewage Gas2425.039

    Wave--

    Wind69161.2

    Total324802.048

    compared to planned1500

    As of 30th September 2001377954.6

  • Proposed Offshore Wind Turbine locationsEast of England contribution to renewables target for UK for 2010 is 14% (reflecting in part its population).Onshore windOffshore WindBiomassAround 1700 GWh will need to come from onshore wind representing 110+ Turbines the size of Swaffham in Norfolk.

  • Digital Map of part of Norfolk

    Norwich is in bottom left hand corner

    Area: 105 sq kmsA Strategic assessment of Wind Energy / Biomass Potential

  • Number of Turbines65

    Mean output 24.4 MW

    Area for Turbines20.7 sq kmMinimum exclusion zone (400m) around houses/towns.We could add other Planning exclusions etc - areas of particular landscape value etc.

  • Number of Turbines33

    Mean output 12.4 MW

    Area for Turbines10.2 sq kmLarge exclusion zone (800m) around houses/towns.

  • One Blade, or Two, or Three?

  • Should we be more concerned with present or future generations?Are we concerned about CO2 emissions?Global warming - probably making UK colder and wetter - sea level rise - more frequent floodingDo we want many more Wind Turbines? ~ 500 - 1000 + per year on land initially - and eventually say 2003/4 + in increasing numbers at sea?Do we want to see continued development of renewable energy and On shore Wind Energy in particular? Are we prepared to pay more for Renewables e.g. SolarWhat are Our Priorities?

  • Energy from Waste Incineration/ Land Fill Gas?Extensive use of Biomass (still in its infancy) - large areas of countryside used for growing energyPhotovoltaics are very expensiveother technologies either have insufficient resource (hydro) or are technically constrained at present (Wave, Tidal Stream) .If the answer to the above results in small amounts being available then it we shall see an increase in CO2 and other gases by 2020UNLESSIf our answer in No. How are we going to reduce our CO2 emissions?

  • Do we want Nuclear Power (French Method)?If our answer is NOWill we be happy to have 80% of our gas (which will then also supply 75% of our electricity) supplied from countries such as Russia, Middle East, Libya, or Algeria? If our answer is NO.Do we want to go back to using coal for electricity generation?.BUT: Are we confident that viable carbon sequestration techniques will become available?AND: Do we want more coal mines / coal fields - North Norfolk?If our answer is still NOWe continue to exploit gas at increasing rates for the generation of electricity. We will become a net importer before 2010.

  • Remember 500 Wind Turbines the size of Swaffham.If we all switched our TVs off , rather than leaving them on standby, it would save the equivalent of one power station output.Advertisement from National PressHow do we persuade people to conserve energy.It is a primarily social issue of individual responsibility.not just a technical or governmental issue.

  • We have difficult choices to make.No one solution is free of problemsWhat is the best way forward which will provide security of energy supply for the future and yet recognise the concerns of individuals both locally and nationally?If we are not positive about our approach then there is every chance we shall suffer the California Syndrome.Major problems have occurred in recent years in the supply of electricity because no significant new generation (of any form) has been built in California for over 10 years. New build has been constrained by environmental regulation and high levels of local opposition (by companies and consumers) to siting of new generation.In conclusion

  • Chart1

    25528

    25060

    26713

    28241

    28606

    28594

    28030

    27827

    27408

    27100

    27285

    27983

    30217

    33031

    36878

    39153

    40096

    39826

    40292

    40450

    40381

    40441

    40473

    40486

    40355

    39983

    39562

    39258

    39613

    39294

    39044

    39152

    39593

    39887

    39680

    38820

    38132

    37397

    36859

    36822

    37723

    39521

    38784

    36992

    35467

    33378

    31375

    29247

    27728

    27393

    28917

    30418

    30756

    30568

    30089

    29852

    29376

    29021

    29127

    29549

    31512

    34082

    37683

    39720

    40282

    39798

    40026

    39955

    39627

    39583

    39543

    39594

    39662

    39064

    38639

    38375

    38625

    38267

    37890

    April 15th 2002

    April 16th 2002

    demand

    Time

    MW

    prices

    HDRSYSTEM BUY SELL DATA

    SSB2002041518.8358618.21

    SSB2002041529.0208617.99

    SSB2002041539.59914150

    SSB2002041549.629929.62992

    SSB2002041559.382329.38232

    SSB2002041569.384129.38412

    SSB2002041579.681579.68157

    SSB2002041589.464159.46415

    SSB2002041599.562429.56242

    SSB20020415109.171219.17121

    SSB20020415119.260049.26004

    SSB20020415129.749369.74936

    SSB200204151310.0391110.03911

    SSB200204151410.7813124.46951

    SSB200204151511.4074124.26716

    SSB200204151614.0292427.40173

    SSB200204151711.6049435.62056

    SSB200204151811.2296130.38519

    SSB200204151911.9298611.92986

    SSB200204152011.2585311.25853

    SSB200204152111.5348511.53485

    SSB200204152211.4945311.49453

    SSB200204152310.8509610.85096

    SSB200204152410.789110.7891

    SSB200204152510.6210510.62105

    SSB200204152610.4523910.45239

    SSB200204152710.6774410.67744

    SSB200204152810.6842516.5546

    SSB200204152911.0403516.54191

    SSB200204153011.6660816.81551

    SSB200204153112.4216817.43223

    SSB200204153212.2010617.49

    SSB200204153312.0350821.12649

    SSB200204153412.0243324.51688

    SSB200204153510.8611126.82

    SSB200204153610.4942525.17

    SSB200204153710.4179710.41797

    SSB200204153810.3290110.32901

    SSB20020415396.2642627.72

    SSB200204154010.10910.109

    SSB20020415419.9786833.44425

    SSB200204154211.29473118.68052

    SSB200204154311.0752825.46662

    SSB200204154410.9454210.94542

    SSB200204154511.3389826.48484

    SSB200204154610.496124.79493

    SSB200204154710.5103818.76118

    SSB20020415489.6786919.51074

    SSB2002041618.9483418.48

    SSB2002041628.9752731.1543

    SSB2002041639.4392531.7

    SSB2002041649.3050528.19016

    SSB2002041658.9298317.12851

    SSB2002041669.103669.10366

    SSB2002041678.975818.97581

    SSB2002041688.992288.99228

    SSB2002041699.071279.07127

    SSB20020416109.026289.02628

    SSB20020416119.747039.74703

    SSB20020416129.774829.77482

    SSB20020416139.958339.95833

    SSB200204161410.1168665.36175

    SSB20020416159.9416451.72401

    SSB200204161611.4675328.62845

    SSB200204161712.135755.1791

    SSB200204161811.8554452.23

    FTR66

    demand

    HDRINITIAL DEMAND OUTTURN

    demandbuying priceselling price

    INDO2002041510:30255288.8358618.21

    INDO2002041521:00250609.0208617.99

    INDO2002041531:30267139.59914150

    INDO2002041542:00282419.629929.62992

    INDO2002041552:30286069.382329.38232

    INDO2002041563:00285949.384129.38412

    INDO2002041573:30280309.681579.68157

    INDO2002041584:00278279.464159.46415

    INDO2002041594:30274089.562429.56242

    INDO20020415105:00271009.171219.17121

    INDO20020415115:30272859.260049.26004

    INDO20020415126:00279839.749369.74936

    INDO20020415136:303021710.0391110.03911

    INDO20020415147:003303110.7813124.46951

    INDO20020415157:303687811.4074124.26716

    INDO20020415168:003915314.0292427.40173

    INDO20020415178:304009611.6049435.62056

    INDO20020415189:003982611.2296130.38519

    INDO20020415199:304029211.9298611.92986

    INDO200204152010:004045011.2585311.25853

    INDO200204152110:304038111.5348511.53485

    INDO200204152211:004044111.4945311.49453

    INDO200204152311:304047310.8509610.85096

    INDO200204152412:004048610.789110.7891

    INDO200204152512:304035510.6210510.62105

    INDO200204152613:003998310.4523910.45239

    INDO200204152713:303956210.6774410.67744

    INDO200204152814:003925810.6842516.5546

    INDO200204152914:303961311.0403516.54191

    INDO200204153015:003929411.6660816.81551

    INDO200204153115:303904412.4216817.43223

    INDO200204153216:003915212.2010617.49

    INDO200204153316:303959312.0350821.12649

    INDO200204153417:003988712.0243324.51688

    INDO200204153517:303968010.8611126.82

    INDO200204153618:003882010.4942525.17

    INDO200204153718:303813210.4179710.41797

    INDO200204153819:003739710.3290110.32901

    INDO200204153919:30368596.2642627.72

    INDO200204154020:003682210.10910.109

    INDO200204154120:30377239.9786833.44425

    INDO200204154221:003952111.29473118.68052

    INDO200204154321:303878411.0752825.46662

    INDO200204154422:003699210.9454210.94542

    INDO200204154522:303546711.3389826.48484

    INDO200204154623:003337810.496124.79493

    INDO200204154723:303137510.5103818.76118

    INDO20020415480:00292479.6786919.51074

    INDO2002041610:30277288.9483418.48

    INDO2002041621:00273938.9752731.1543

    INDO2002041631:30289179.4392531.7

    INDO2002041642:00304189.3050528.19016

    INDO2002041652:30307568.9298317.12851

    INDO2002041663:00305689.103669.10366

    INDO2002041673:30300898.975818.97581

    INDO2002041684:00298528.992288.99228

    INDO2002041694:30293769.071279.07127

    INDO20020416105:00290219.026289.02628

    INDO20020416115:30291279.747039.74703

    INDO20020416126:00295499.774829.77482

    INDO20020416136:30315129.958339.95833

    INDO20020416147:003408210.1168665.36175

    INDO20020416157:30376839.9416451.72401

    INDO20020416168:003972011.4675328.62845

    INDO20020416178:304028212.135755.1791

    INDO20020416189:003979811.8554452.23

    FTR66199:304002611.1694152.23

    2010:003995510.6883955.2605

    2110:303962710.3238856.56333

    2211:003958310.293456.56333

    2311:303954310.3226425.06333

    2412:003959410.4724525.06333

    2512:303966210.2317325.06333

    2613:00390649.9643625.06333

    2713:30386399.6899220.79669

    2814:00383759.6740221.83333

    2914:30386259.7487721.83333

    3015:00382679.8075621.19727

    3115:30378909.7521520.8303

    demand

    April 15th 2002

    April 16th 2002

    demand

    Time

    MW

    April 15th 2002

    April 16th 2002

    buying price

    selling price

    Time

    per MWh

    Chart2

    8.8358618.21

    9.0208617.99

    9.59914150

    9.629929.62992

    9.382329.38232

    9.384129.38412

    9.681579.68157

    9.464159.46415

    9.562429.56242

    9.171219.17121

    9.260049.26004

    9.749369.74936

    10.0391110.03911

    10.7813124.46951

    11.4074124.26716

    14.0292427.40173

    11.6049435.62056

    11.2296130.38519

    11.9298611.92986

    11.2585311.25853

    11.5348511.53485

    11.4945311.49453

    10.8509610.85096

    10.789110.7891

    10.6210510.62105

    10.4523910.45239

    10.6774410.67744

    10.6842516.5546

    11.0403516.54191

    11.6660816.81551

    12.4216817.43223

    12.2010617.49

    12.0350821.12649

    12.0243324.51688

    10.8611126.82

    10.4942525.17

    10.4179710.41797

    10.3290110.32901

    6.2642627.72

    10.10910.109

    9.9786833.44425

    11.29473118.68052

    11.0752825.46662

    10.9454210.94542

    11.3389826.48484

    10.496124.79493

    10.5103818.76118

    9.6786919.51074

    8.9483418.48

    8.9752731.1543

    9.4392531.7

    9.3050528.19016

    8.9298317.12851

    9.103669.10366

    8.975818.97581

    8.992288.99228

    9.071279.07127

    9.026289.02628

    9.747039.74703

    9.774829.77482

    9.958339.95833

    10.1168665.36175

    9.9416451.72401

    11.4675328.62845

    12.135755.1791

    11.8554452.23

    11.1694152.23

    10.6883955.2605

    10.3238856.56333

    10.293456.56333

    10.3226425.06333

    10.4724525.06333

    10.2317325.06333

    9.9643625.06333

    9.6899220.79669

    9.6740221.83333

    9.7487721.83333

    9.8075621.19727

    9.7521520.8303

    April 15th 2002

    April 16th 2002

    buying price

    selling price

    Time

    per MWh

    prices

    HDRSYSTEM BUY SELL DATA

    SSB2002041518.8358618.21

    SSB2002041529.0208617.99

    SSB2002041539.59914150

    SSB2002041549.629929.62992

    SSB2002041559.382329.38232

    SSB2002041569.384129.38412

    SSB2002041579.681579.68157

    SSB2002041589.464159.46415

    SSB2002041599.562429.56242

    SSB20020415109.171219.17121

    SSB20020415119.260049.26004

    SSB20020415129.749369.74936

    SSB200204151310.0391110.03911

    SSB200204151410.7813124.46951

    SSB200204151511.4074124.26716

    SSB200204151614.0292427.40173

    SSB200204151711.6049435.62056

    SSB200204151811.2296130.38519

    SSB200204151911.9298611.92986

    SSB200204152011.2585311.25853

    SSB200204152111.5348511.53485

    SSB200204152211.4945311.49453

    SSB200204152310.8509610.85096

    SSB200204152410.789110.7891

    SSB200204152510.6210510.62105

    SSB200204152610.4523910.45239

    SSB200204152710.6774410.67744

    SSB200204152810.6842516.5546

    SSB200204152911.0403516.54191

    SSB200204153011.6660816.81551

    SSB200204153112.4216817.43223

    SSB200204153212.2010617.49

    SSB200204153312.0350821.12649

    SSB200204153412.0243324.51688

    SSB200204153510.8611126.82

    SSB200204153610.4942525.17

    SSB200204153710.4179710.41797

    SSB200204153810.3290110.32901

    SSB20020415396.2642627.72

    SSB200204154010.10910.109

    SSB20020415419.9786833.44425

    SSB200204154211.29473118.68052

    SSB200204154311.0752825.46662

    SSB200204154410.9454210.94542

    SSB200204154511.3389826.48484

    SSB200204154610.496124.79493

    SSB200204154710.5103818.76118

    SSB20020415489.6786919.51074

    SSB2002041618.9483418.48

    SSB2002041628.9752731.1543

    SSB2002041639.4392531.7

    SSB2002041649.3050528.19016

    SSB2002041658.9298317.12851

    SSB2002041669.103669.10366

    SSB2002041678.975818.97581

    SSB2002041688.992288.99228

    SSB2002041699.071279.07127

    SSB20020416109.026289.02628

    SSB20020416119.747039.74703

    SSB20020416129.774829.77482

    SSB20020416139.958339.95833

    SSB200204161410.1168665.36175

    SSB20020416159.9416451.72401

    SSB200204161611.4675328.62845

    SSB200204161712.135755.1791

    SSB200204161811.8554452.23

    FTR66

    demand

    HDRINITIAL DEMAND OUTTURN

    demandbuying priceselling price

    INDO2002041510:30255288.8358618.21

    INDO2002041521:00250609.0208617.99

    INDO2002041531:30267139.59914150

    INDO2002041542:00282419.629929.62992

    INDO2002041552:30286069.382329.38232

    INDO2002041563:00285949.384129.38412

    INDO2002041573:30280309.681579.68157

    INDO2002041584:00278279.464159.46415

    INDO2002041594:30274089.562429.56242

    INDO20020415105:00271009.171219.17121

    INDO20020415115:30272859.260049.26004

    INDO20020415126:00279839.749369.74936

    INDO20020415136:303021710.0391110.03911

    INDO20020415147:003303110.7813124.46951

    INDO20020415157:303687811.4074124.26716

    INDO20020415168:003915314.0292427.40173

    INDO20020415178:304009611.6049435.62056

    INDO20020415189:003982611.2296130.38519

    INDO20020415199:304029211.9298611.92986

    INDO200204152010:004045011.2585311.25853

    INDO200204152110:304038111.5348511.53485

    INDO200204152211:004044111.4945311.49453

    INDO200204152311:304047310.8509610.85096

    INDO200204152412:004048610.789110.7891

    INDO200204152512:304035510.6210510.62105

    INDO200204152613:003998310.4523910.45239

    INDO200204152713:303956210.6774410.67744

    INDO200204152814:003925810.6842516.5546

    INDO200204152914:303961311.0403516.54191

    INDO200204153015:003929411.6660816.81551

    INDO200204153115:303904412.4216817.43223

    INDO200204153216:003915212.2010617.49

    INDO200204153316:303959312.0350821.12649

    INDO200204153417:003988712.0243324.51688

    INDO200204153517:303968010.8611126.82

    INDO200204153618:003882010.4942525.17

    INDO200204153718:303813210.4179710.41797

    INDO200204153819:003739710.3290110.32901

    INDO200204153919:30368596.2642627.72

    INDO200204154020:003682210.10910.109

    INDO200204154120:30377239.9786833.44425

    INDO200204154221:003952111.29473118.68052

    INDO200204154321:303878411.0752825.46662

    INDO200204154422:003699210.9454210.94542

    INDO200204154522:303546711.3389826.48484

    INDO200204154623:003337810.496124.79493

    INDO200204154723:303137510.5103818.76118

    INDO20020415480:00292479.6786919.51074

    INDO2002041610:30277288.9483418.48

    INDO2002041621:00273938.9752731.1543

    INDO2002041631:30289179.4392531.7

    INDO2002041642:00304189.3050528.19016

    INDO2002041652:30307568.9298317.12851

    INDO2002041663:00305689.103669.10366

    INDO2002041673:30300898.975818.97581

    INDO2002041684:00298528.992288.99228

    INDO2002041694:30293769.071279.07127

    INDO20020416105:00290219.026289.02628

    INDO20020416115:30291279.747039.74703

    INDO20020416126:00295499.774829.77482

    INDO20020416136:30315129.958339.95833

    INDO20020416147:003408210.1168665.36175

    INDO20020416157:30376839.9416451.72401

    INDO20020416168:003972011.4675328.62845

    INDO20020416178:304028212.135755.1791

    INDO20020416189:003979811.8554452.23

    FTR66199:304002611.1694152.23

    2010:003995510.6883955.2605

    2110:303962710.3238856.56333

    2211:003958310.293456.56333

    2311:303954310.3226425.06333

    2412:003959410.4724525.06333

    2512:303966210.2317325.06333

    2613:00390649.9643625.06333

    2713:30386399.6899220.79669

    2814:00383759.6740221.83333

    2914:30386259.7487721.83333

    3015:00382679.8075621.19727

    3115:30378909.7521520.8303

    demand

    April 15th 2002

    April 16th 2002

    demand

    Time

    MW

    April 15th 2002

    April 16th 2002

    buying price

    selling price

    Time

    per MWh

  • How many turbines would be needed if Breckland were to be self sufficient - domestic and commercial Turbine sizes:Double the size of turbine - the output goes up 4 times but spacing between turbines must be increasedHowever, the number of turbines is greatly reduced.If wind speed doubles, the output goes up 8 times Increasing height of turbine for same diameter (e.g. 85m compared to 67m will increase output by 6 - 10%about 180 - 200 Turbines of the size of Swaffham

  • Distraction to driversDanger to birdsRadio/Television/Radar InterferenceNoise - mechanical, aerodynamic, ..infra-sound?Flickering - only relevant within buildings and then only in a precise orientation at selected times of the year.Danger of ice throw - not really a problem as other constraints will mean that a sufficient exclusion zone is present anywayBlade failureAesthetics - one blade, two blades, three blades, Darrieus, Musgrove?

    Key Environmental Issues - some of main issues against

  • Ice can form but if this occurs when stationary, the machine will not startif it forms in operation, then the out of balance on blades is detected and the machine will stop in a few revolutions.Worse case scenario would cause ice to be thrown distances much less than the exclusion zone for noise.

  • Or do we prefer vertical axis machines?

  • Offsets the use of fossil fuels and consequential gaseous emissions of CO2, SO2, NOx, CO, NMHC etc. Arguements that fossil fuel power stations have to be kept ready in case wind drops are completely INVALID. Power stations running under lower load use less fuel and it is this which causes the emissions.Improves diversity of supply of electricity will become of increasing importance in futureIs becoming technically mature unlike most other renewable technologies (other than energy from waste incineration and hydro)Is the most cost effective Renewable Option currently available, and will remain so for next decade +As electricity will used locally, reduces transmission losses.Key Environmental Issues of Wind Energy - positive aspects

  • Noise issues:Mechanical

    Aerodynamic

    Infra-soundProblem with high-speed gearboxes in fixed velocity machines.Not an issue with Swaffham/ proposed turbines at Shipdham.

    Maximum rotation speeds of gearboxless turbines are at a maximum 70% of normal wind turbines, and often much less - hence much less swish noise.

    This is a subject which is not fully understood - it is at a frequency which would NOT be detected by normal ground vibration.Noise Contours for a cluster of three turbines at Shipdham