臺灣博碩士論文加值系統

人類對於能源的需求日益增高，電力的使用量也節節上升，現今電力的來源通常由石化、水力等能源而來，石化原料的存量為有限的，同時使用時亦會產生溫室效應，目前全世界各國皆致力發展替代能源來取代傳統以石化原料為主的發電方式，因此新式能源發電，如風力、光伏、燃料電池等，對於電力系統網路的滲透，有大比例增加的趨勢。本論文主要在整合不同的學術論文中，探討有關於新式能源發電，與電力系統網路相結合時，其所可能衍生出的電力品質問題，並就相關問題提出可能的改善或緩和方案。另外就新式能源發電併聯於電力系統時，當電力網路發生故障，或再生能源發電做切入或切離，可能對電力系統所產生的暫態穩定度衝擊做分析，以及相對反應上的控制對策。

Energy demands from human beings are increasing. Electricity usage is also rising from year to year. Nowadays, most electricity comes from the conversion of fossil and hydro energies. Fossil energy storage is limited on earth and using fossil energies would produce green house effect. Sustainable energy conversion technologies are developing around the globe to replace the dependence on fossil-based generation. New electricity generation technologies, e.g. wind turbine, photovoltaic, fuel cell and etc., are penetrating in the power system network in a great increasing rate. In this thesis, based on published works, we discuss on the power quality problems that may be induced by the integration of these new energy generation systems into power systems. Several mitigation methods to the power quality problems are listed and their operations are discussed. In addition, when new energy generations are integrated into power systems, the impacts of transient stability when fault occurs, or switch-in or switch-off these new energy sources are analyzed. Counter-control methods are also discussed.

目錄
誌謝
中文摘要
Abstract
目錄
圖目錄
表目錄
第1章 緒論
1.1 研究動機
1.2 研究方向
1.3 研究概要
第2章 風力發電對電力系統之影響
2.1 常見之風力發電機型式
2.2 風力發電機所產生的電力品質問題
2.2-1 固定速率風力發電機
2.2-2 固定速率風力發電機衍生之電力品質問題及改善方案
2.2-3 變速率風力發電機
2.2-4 變速率風力發電機衍生之電力品質問題及改善方案
2.3 風力發電機對電力系統穩定的影響
2.3-1 風力發電機對電力系統穩定之探討
第3章 太陽能發電對電力系統之影響
3.1 太陽能發電之簡介
3.2 太陽能發電所產生的電力品質問題
3.2-1 太陽能發電關於電力品質問題之探討
3.3 太陽能發電對電力系統穩定之影響
3.3-1 光伏電池發電對電力系統穩定之探討
第4章 燃料電池發電對電力系統之影響
4.1 燃料電池發電之簡介
4.2 燃料電池發電所產生的電力品質問題
4.2-1 燃料電池發電關於電力品質的探討
4.3 燃料電池發電對電力系統穩定之影響
4.3-1 燃料電池發電對電力系統穩定的探討
第5章 結論與未來工作
5.1 結論
5.2 未來工作

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