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| 題 名 | 淺談臺灣離岸風電場址地質調查作業風險因子=A Brief Discussion of the Potential Risk Factors Associated with Marine Geological Investigations at Offshore Wind Power Sites in Taiwan |
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| 作 者 | 蘇振清; 張博翔; 邱華榮; | 書刊名 | 中興工程 |
| 卷 期 | 168 2025.07[民114.07] |
| 頁 次 | 頁(I)1-(I)10 |
| 分類號 | 448.165 |
| 關鍵詞 | 離岸風力發電; 海域地質調查; 風險因子; Offshore wind power; Marine geological investigation; Risk factor; |
| 語 文 | 中文(Chinese) |
| 中文摘要 | 自經濟部能源署於 2015 年公告「離岸風力發電規劃場址申請作業要點」,並公開 36 處潛力場址的基本資料 與既有海域資料後,概估總開發潛能約可達23GW。國內外有意投入離岸風力發電的開發業者隨即積極展開籌備, 期望能在市場中取得開發先機。根據規定,若同一潛力場址內有二件或以上申請案時,以先取得通過或有條件通 過環境影響評估審查結論之申請案者,方可優先申請籌備創設登記備案;然因目前臺灣海峽既有之相關場址條件 資料仍相對匱乏,尤其在場址的土質、地質、地形等方面。因此無論是在環境影響評估前或後續之規劃設計及施 工,均需先進行海域地質(含地球物理)調查,以獲取相關之場址條件資料。 由於海域地質調查是否能如期如質完成,為風場開發之首要關鍵課題,因此本文基於過往承辦之離岸風力發 電計畫及近岸海域之場址地質調查作業經驗,結合既有的海事事故案例,探討並歸納海域地質調查期間可能面臨 之風險因子,以避免在海域地質調查作業期間發生機具損壞或人員受傷,並防止調查進度延宕影響後續設計和施 工,從而減少潛在的開發成本。 |
| 英文摘要 | Since the Bureau of Energy, Ministry of Economic Affairs announced “Directions of the Application for Offshore Wind Power Planning Zone” in 2015 and released basic environmental information about 36 offshore wind power potential sites, the total development potential has been estimated at approximately 23 GW, attracting active participation from both domestic and international developers. According to the regulations, if multiple applications are submitted for the same site, priority is given to the one that first obtains Environmental Impact Assessment (EIA) approval. However, the environmental data for most sites in the Taiwan Strait is generally insufficient, particularly regarding soil, geology, topography, and other related information. Therefore, the timely and high-quality completion of marine geological (including geophysical) investigation to obtain essential in-situ data and parameters for the EIA, as well as for subsequent design and construction, is a key issue in offshore wind power farm development. This article is based on previous practical experience and maritime cases to analyze potential risk factors in marine geological investigation, intending to prevent equipment damage, personal injury, and project delays, thereby reducing overall development costs. |
本系統中英文摘要資訊取自各篇刊載內容。