本計畫經現場實測資料，對於超出管制標準甚多之各級諧波電 流，提出被動式濾波器之規劃方式（決定濾波器的型式、組數及其重 要參數），以有效消除諧波電流；而在電流三相不平衡方面，由本分 析報告得知，無論是在電信機房抑或捷運機房，其電壓及電流三相不 平衡率均相當嚴重，雖濾波器之設置無法解決三相不平衡問題，但或 許可以利用其他如特殊三相變單相或兩相的變壓器等方式解決；另 外，在最佳化理論部分，本計畫所應用之蟻行演算法，相較於其他最 佳化方法，是否為最經濟之方式；或者是否可以利用其他演算法之部 分優點，重新思考並修改本最佳化方法，以最經濟之方式，獲得諧波 污染之有效改善。相信此研究的完成將可大為改善高壓被動式諧波濾 波器的性能及對電力品質的提昇有所貢獻。
五、計畫成果自評
本 計 畫 於 第 三 年 度 之 執 行 期 限 內 ， 為 求 設 計 資 料 之 真 實 性，以 現 場 量 測 之 方 式，對 於 諧 波 問 題 提 出 分 析 與 改 善 報 告 ， 研 究 成 果 可 供 工 業 配 電 系 統 之 諧 波 改 善，使 其 含 有 諧 波 污 染 之 配 電 系 統，於 電 力 品 質 及 設 備 建 構 成 本 方 面 可 以 獲 得 改 善，且 有 應 用 價 值 ， 整 理 後 適 合 在 學 術 期 刊 上 發 表 。
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