海事工程機具之測試與確證方法

Joost Remmers ； 丁柏村 ； 姜彣璋

《土木水利》 50卷4期 (2023/08) Pp. 32-36

https://doi.org/10.6653/MoCICHE.202308_50(4).0006

摘要

因應淨零碳排政策，各國政府皆致力發展綠色能源，而離岸風能亦於近年迅速發展。而海事工程更是離岸風能產業鏈中不可或缺的一環，如何使用適當的機具來建置風場，除了需要再前期進行設備之設計與優化，仍需進行測試來對機具進行驗證，並須確保機具在專案進行中有無損壞的發生以防範可能的事故，因此本文將介紹如何在海事工程的前、中、後期進行設計、測試及確證，以期讀者對海事機具如何運作於離岸風場能有更深入的了解。

關鍵字

海事工程 ； 設計確證與優化 ； 採購流程協助 ； 損壞偵測與防範

並列摘要

In response to the Net Zero Carbon Emission Policy, governments are committed to the development of green energy, and offshore wind energy has been developing rapidly in recent years. Among the industry, marine engineering plays an indispensable role in the supply chain. To adopt the appropriate equipment for windfarm construction, design and optimization would be applied in the early stage. While it is still necessary to carry out testing to validate the equipment and ensure the integrity of equipment to prevent possible accidents. Therefore, this paper will introduce how to design, test and validate the equipment in marine engineering to offer an understanding of how marine equipment operates in offshore windfarms.

並列關鍵字

Marine Engineering ； Validation & Optimization ； Procurement Assistance ； Damage Detection & Prevention

參考文獻

Offshore Wind Outlook 2019 World. (n.d.). International Energy Agency. https://www.iea.org/t&c/

Lewis , M. (2023, June 29). The World’s Largest Wind Turbine Is Now Installed in China. Electrek. https://electrek.co/2023/06/29/the-worlds-largest-wind-turbine-is-now-being-installed-in-china/

Remmers, J. (n.d.). TWD_Testing & Validation.