| 摘要: | 本文旨在探討大、小風車由基本風吹入到葉扇系統，一系列輸入輸出間效益／率之比值。一方面作為解析最佳判定之演算，一方面提供經驗數據比對參考。尤其在空氣動力方面，一般著重於風機業者之專業氣動力整合探討者較少，加上控制與機電整合及運用網控之專業亦不多。本文後節則以效益出發。由系統工程方式分析各段次系統及元件之效益，以求取在市場面如何降低成本，並達到最大附加價值。另外，一旦各家的風機效益達到一致時，風場及最小風速的選擇配合，葉扇的氣動力設計就成為決勝的一重要關鍵。而齒輪之傳統發電系統與電磁式無齒輪發電系統，新風車系統已然展開，也是後續本文之研究方向與動機。
This article is to introduce the types of windmill in the industry, then derive the equations of motion with continues energy conservation. The coefficient of transformation among the system from wind energy to mechanics energy is included in here. They are several types of windmill shape around the world is also analysis in figures. Current analysis can be used to windmill application with less 59.6% from wind energy transfer to mechanics energy theoretically. |
