40
Offshore Wind Power Offshore Wind Power Technologies, Economics Technologies, Economics Aleksandras Paulauskas, SSI

Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Embed Size (px)

Citation preview

Page 1: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Offshore Wind PowerOffshore Wind PowerTechnologies, EconomicsTechnologies, Economics

Aleksandras Paulauskas, SSI

Page 2: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

•Offshore wind turbines•Foundations•Planning•Construction works •Grid connection•Operation & Maintenance•Economics

ContentContent

Page 3: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 4: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 5: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Offshore Wind TurbinesOffshore Wind Turbines

Page 6: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 7: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Manufacturer Nordex Vestas GE Repower

Turbine Model Nordex N80 Vestas V90 GE 3.6 sl Repower M5

Rated Power kW 2500 3000 3600 5000

Rotor Diameter m 80 90 104 126

Hub Height m 100 105 100 100

Swept Area m2 5026 6362 8495 12469

Price 1200 EUR 3.000.000 3.600.000 4.320.000 6.000.000

Turbine Area km2 0,448 0,567 0,757 1,111

Selected turbinesSelected turbines

Page 8: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Manufacturer GE

Turbine model GE 3.6 sl

Rated power 3.600 MW

Rotor diameter 104 m

Hub height 100 m

Swept area 8.495 m2

Price 4.320.000 EUR

Page 9: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

FoundationsFoundations

Page 10: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 11: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 12: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 13: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

PlanningPlanning

Page 14: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 15: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 16: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Construction worksConstruction works

Page 17: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 18: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 19: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 20: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 21: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 22: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 23: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 24: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 25: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Grid connectionGrid connection

Page 26: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 27: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 28: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 29: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 30: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 31: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 32: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 33: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Operation & MaintenanceOperation & Maintenance

Page 34: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 35: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI
Page 36: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

EconomicsEconomics

Page 37: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

OffshoreOffshorePotentialPotential

Page 38: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Area name L1

Country Lithuania

Area 18 km2

Average depth 38 m

Distance from shore 52 km

Energy purchase price 0,0637 EUR

Wind speed at 10 m 7,83 m/s

Wind speed at 100 m 9,4963 m/s

Roughness Length 0,0002

Weibull Scale A 10,7199

Weibull Shape k 2

Page 39: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

Manufacturer GE

Turbine model GE 3.6 sl

Rated power 3.600 MW

Rotor diameter 104 m

Hub height 100 m

Swept area 8.495 m2

Price 4.320.000 EUR

Annual Energy output 15.418 MWh

Capacity factor 48,9 %

Page 40: Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI

OffshoreOffshoreEconomicsEconomics