Simulering af energiforsyningen i Sarfannguaq - Clim-ATIC

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Entegrity EW 50 - 50kW Wind Turbine Entegrity Wind Systems, located in Charlottetown Canada, are a leading manufacturer of intermediate size wind turbines with many installations worldwide. The EW 50 is a 50 kilowatt wind turbine generator - formerly the Atlantic Orient Corporation AOC 15/50 - designed to supplement electric power generation on or off-grid and is suitable in any of the following applications: • Industrial • Out of town retail • Large farms • Communities • Local authorities • Schools • Remote locations The Entegrity wind turbine is also an approved product under the Department for Business, Enterprise and Regulatory Reform’s (BERR – formerly the DTi) Low Carbon Building Programme (LCBP) grant scheme. For further information contact Altergen.info@altergen.co.uk
Technical Specification SYSTEM Type 3 Φ Grid Connected Configuration Horizontal Axis Rotor Diameter 15 m (49.2 ft) Centerline Hub Height 25 m (82 ft) PERFORMANCE PARAMETERS Rated Electrical Power 50 kW @11.3 m/s (25.3 mph) Wind Speed Ratings: cut-in 4.6 m/s (10.2 mph) shut-down (high wind) 22.4 m/s (50 mph) design speed 59.5 m/s (133 mph) Calculated Annual Output @ 100 % availability 5.4 m/s (12 mph) 85,000 kWh 6.7 m/s (15 mph) 145,000kWh 8.0 m/s (18 mph) 199,000 kWh ROTOR Type of Hub Fixed Pitch Rotor Diameter 15 m (49.2 ft) Swept Area 177 m² (1902 ft²) Number of Blades 3 Rotor Solidity 0.077 Rotor Speed @ rated wind speed 65 rpm Location Relative to Tower Downwind Cone Angle 6º Tilt Angle 0º Rotor Tip Speed 50 m/s (111 mph) TOWER Type Free standing galvanized bolted lattice or Monopole Tower Height 30 m (100 ft) Options 24.4 m (80ft) Monopole (various heights) Tilt down EW50 Estimated Annual Energy Output 60 Hz and 50 Hz curves FOUNDATION Type Concrete pads, piers or special CONTROL SYSTEM Type Microprocessor based Communications Ethernet/Internet link to for energy monitoring and maintenance dispatch Enclosures NEMA 1, NEMA 4 (optional) Soft Start Optional ROTOR SPEED CONTROL Running Passive stall regulation Start up Aerodynamic Shut-down Aerodynamic tip brake. Parking brake for servicing
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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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Page 196 and 197: ENERCON’s E-33 wind turbine makes
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Simulering af energiforsyningen i Sarfannguaq - Clim-ATIC

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