有了以上的數據分析後，接著就是要將本冰水主機節能系統於實廠運 作，直接請現場人員針對節能系統所提供之指引進行操作，進行實機確 效。最後比較現有操作模式與導入本節能系統後可達成之操作方式及成效 改進。以下於 2006/2/24 由系統評估可以進行減開一台冰機，其冰水主機 系統單位冷凍噸耗能將會下降，故決定採用建議策略進行操作後，實際系 統每單位冷凍噸的耗能（藍色）降低至當時預估的量值（黃色曲線之延 伸），確認本節能系統可以正確預估出冰水主機系統的最適操作模式。見 圖 4-42。
圖 4-42 節能系統實機測試分析 本節能系統可以正確預估出冰水主
機系統的最適操作模式，有效提升 冰水主機系統總效能。
5 5
善後，考量冰機及冷卻水塔配置以及外氣條件，給予系統最佳化之操作 建議，以全系統總效能為參考進行最佳運轉操作。
經過上述的運轉測試，歷史平均運轉耗能(不包含二次泵浦)為 26,544,100 (kw)；歷史平均運轉效能為 0.78 (kw/ton)。執行最適化後，
平均運轉耗能(不包含二次泵浦)為 25,256,711 (kw)；平均運轉效能為 0.74 (kw/ton)，平均節能效率為-4.85 (%)，若是以單月節省電費概估如下：
0.04 (kw / ton)* 10,000 (ton / hr) *24 (hr / day)*1.8 (NT / kw-hr) *30(day / month) = 518,400 (NT / month)
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自 傳
敝人，楊景超，於民國58年11月16日出生在台南縣善化鎮，目前定居
科學校機械工程科就讀；服完
與德 學畢
檢定執照，並於九十年通過冷凍空調技師高等考試。因為學而後知不足，
書作 但是相較大學
參與規劃欣錩國際股份有限公司竹崎新建廠房空調工程、私立大同商專體
程師 統運轉改善及節能，參加94年節能績優廠商獲選傑出獎，
，專長為空
在新竹市，已婚，育有一兒一女。
國中畢業後，順利進入國立高雄工業專
憲兵役後，考進國立臺灣工業技術學院機械工程技術系。專題實務選擇參 州儀器公司建教合作計畫「利用形狀記憶合金改善積體電路封裝」。大 業後，參加職訓中心舉辦之技能檢定，獲得冷凍空調裝修技術士乙級
在92年考取交通大學精密與自動化研究所在職專班，雖然一邊工作一邊唸 研究，經歷工作、家庭與課業三者一起煎熬倍感辛苦，
時代求學經驗感覺踏實許多。
85.08~89.04在台灣日立股份有限公司，擔任經銷業務及工程設計；曾
育館空調工程。89.04~迄今在力晶半導體股份有限公司廠務機電課擔任工
，負責空調系
95年升等為技術課長，負責12C無塵室建廠工程。
平常個性開朗、隨和，喜歡運動如羽毛球、手足球及電腦 調設計、節能改善，平時做事不怕挑戰，喜歡理論與實務結合。