綠能發電機複合材料葉片參數設計之考量面向

Abstract

鑒於風能市場日漸蓬勃，台灣廠商已積極投入風力發電的技術開發，且初步已有系統商切入，使風力發電產業具有發展的基本架構。但鑒於葉片的成本佔風力發電機組總造價的 20~30%，而投入在葉片的專業設計、開發、結構、選材、工法、製造、測試、實驗乃至生產必須緊密結合的廠家卻不多，因此研發一款好的高效率葉片，則變得極為重要。本論文將以奈米複合材料發展一體成形，製作強度高、效率高、可靠度高及成本低之中小型風力發電機葉片，順利完成後，不僅可使台灣在奈米複合材料的應用上技高一籌外，其功能性與生產技術將與歐美先進國家相提並論；同時，有效降低葉片在高速旋轉下的斷裂與損傷，並可將此一技術運用在大型風力發電機葉片之設計與生產上。

In view of the growing prosperity of the wind energy market, Taiwanese manufacturers have actively invested in the development of wind power technology, and initially the system vendors have entered the market so that the wind power industry has a preliminary development in an early stage of its life cycle. Since the cost of enamel film accounts for 20~30% of the total cost of wind turbines, there are not many manufacturers closely integrated in the professional design, development, structure, material selection, construction method, manufacturing, testing, experiment and even production of cymbals. It is extremely important to develop a good high-efficiency blade. This paper will develop a Nano-composite material to form a high-strength, high-efficiency, high-reliability and low-cost small-sized wind turbine slab. After successful completion, it will not only enable Taiwan to use Nano composite materials, but also will enhance the production technology in Taiwan compared with the production technology in developed countries in Europe and America. At the same time, it can effectively reduce the breakage and damage of the cymbal under high-speed rotation, and can apply this technology to the design and production of large-scale wind turbine blades.