Offshore wind farm is a key item in green energy and sustainable development.\nThe Taiwan strait owns the world-class wind farm with average wind\nspeed of 12 m/s and a potential for 3000 hours/year of power generation.\nCompared to wind turbines on land, the offshore wind turbine provide more\nstable power and less obstacles as well as less power loss. The potential and\nadvantages of offshore wind farm development in the Taiwan strait has become\nthe aims of the Taiwan government policy from now to 2025. This research\nwill collect the historical climate data (wind and wave) of the Taiwan\noffshore wind farm in the Chan-hwa county. Combined the productivity loss\nrespected to the installation of wind turbine due to different wind speed effect,\nas well as the productivity loss respected to the construction of pile\nfoundation due to different wave height effect, this study will build up a total\nproject duration forecast system based on the historical climate data of the\noffshore wind farm. Even the literature views from the experienced projects\nin North Europe including UK, Netherland and Spain, the climate uncertainty\nstill plays a significant factor of the total construction duration for offshore\nwind farm. The results of this research can provide a more scientific and reliable\nduration forecast for future offshore wind farms construction in Taiwan.
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