Simulering af energiforsyningen i Sarfannguaq - Clim-ATIC

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The robust start-up turbine At the end of the 80s, Fuhrländer redefined the term „quality“ with the FL 100: Since then, this wind turbine has been operating with the highest reliability even in extreme conditions. We have maintained this turbine concept up to the megawatt class. It is designed for a life of ca. 25 years. The speciality of the FL 100, for example, is the supply of self-sufficient living units or the use in extreme conditions in typhoon regions. As an example of the use of wind power, it supplies e.g. an environmental institute in a Czech cloister and provides power to the electric stacker fleet of an international shipping agent. Output [kW] FL 100 Rotor: Ø 21 m Power curve FL 100 (theoretical) Tower height: 35 m Wind speed [m/s] Medium wind speed at hub height [m/s] FL 100 Annual yield [kWh] 8.5 396’000 8.0 370’000 7.5 340’000 7.0 306’000 6.5 267’000 6.0 226’000 5.5 183’000 5.0 144’000 Subject to technical alterations. Data can vary depending on components.
The small turbine with the highest reliability Since the start of wind power use, the FL 30 has proven that Fuhrländer concepts fit up to today. This centrally controlled compact turbine with blade tip brake runs totally uncomplicated on its slim lattice mast in various urban and rural locations. It has a technologically simple Output [kW] FL 30 Rotor: Ø 13 m Power curve FL 30 (theoretical) Lattcie towers: 18 / 27 m design and generates kilowatt <strong>af</strong>ter kilowatt of clean wind power – maintenance-free and discrete. This machine is also suitable for remote locations without demands for the electricity network or the infrastructure – mainly in the market outside Europe. Wind speed [m/s] Medium wind speed at hub height [m/s] FL 30 Annual yield [kWh] 8.5 129’000 8.0 121’000 7.5 111’000 7.0 101’000 6.5 89’000 6.0 77’000 5.5 64’000 5.0 52’000 Subject to technical alterations. Data can vary depending on components.
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Simulering af energiforsyningen i S
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ii FORORD Da dette projekt kun omfa
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Resume Denne rapport omhandler de i
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viii INDHOLD 6.1 Andel vindenergi .
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x Figurer 5.6 Placeringen af masten
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xii Figurer E.29 Samtidige vinddata
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xiv Tabeller B.6 Fordelingen af ene
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2 KAPITEL 1. SARFANNGUAQ Figur 1.2:
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4 KAPITEL 1. SARFANNGUAQ et pakhus,
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6 KAPITEL 2. FORBRUG Figur 2.1: Fje
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8 KAPITEL 2. FORBRUG Figur 2.3: FFT
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10 KAPITEL 2. FORBRUG af det fremti
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12 KAPITEL 2. FORBRUG Figur 2.7: El
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14 KAPITEL 2. FORBRUG Figur 2.9: Ug
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16 KAPITEL 2. FORBRUG Figur 2.11: S
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18 KAPITEL 2. FORBRUG Figur 2.13: G
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20 KAPITEL 2. FORBRUG Figur 2.15: G
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22 KAPITEL 2. FORBRUG Figur 2.17: E
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24 KAPITEL 2. FORBRUG er det svært
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26 KAPITEL 3. MODEL AF NUVÆRENDE S
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28 KAPITEL 3. MODEL AF NUVÆRENDE S
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30 KAPITEL 4. VINDKLIMAET I OMRÅDE
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32 KAPITEL 5. VINDRESURSER I SARFAN
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62 KAPITEL 6. VINDKRAFT I SARFANNGU
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88 KAPITEL 7. DISKUSSION potentiale
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90 KAPITEL 7. DISKUSSION anvendes v
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Litteratur [Ackermann(2005)] Thomas
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Bilag A Kontakter 95
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Tabel A.2: Kontakter for simulering
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Bilag B Kortlægning af elforbruget
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Tabel B.1: Fordelingen af energifor
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107 minium. Hver af tracerrørerne
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110 BILAG C. DATAGRUNDLAG Tabel C.5
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Bilag D Opbygning af model, eksiste
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D.2. OPBYGNING 115 Netmodel Figur D
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D.2. OPBYGNING 117 Figur D.4: Virkn
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D.2. OPBYGNING 119 Figur D.6: Akkum
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D.2. OPBYGNING 121 Figur D.7: Gener
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D.3. VERIFICERING AF MODEL 123 Figu
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Bilag E Vinddata og statistik Til d
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Simulering af energiforsyningen i Sarfannguaq - Clim-ATIC

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