Technical Name | AI and Big Data Analytics for Energy Saving and Chiller Configuration Optimization | ||
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Project Operator | NATIONAL TSING HUA UNIVERSITY | ||
Summary | This technique employs AI and big data analytics to precisely forecast cooling load demand and estimate efficiency of different chiller combinations. Time-of-Use Pricing and optimal chiller load interval are also considered for practical needs. Decision supports of optimal chiller configuration are provided to enhance energy conservation. |
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Scientific Breakthrough | 此技術可在多個不確定因素下(如:變動的天氣與複雜的冰機組合),透過AI大數據分析提供精準的冷凍噸預測,並模擬各種開關組合的效益,同時考量時間電價、冰機組合最適負載等實務上需求,進而提供冰水系統調度優化之節能決策支援。 |
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Industrial Applicability | In high energy consuming industries such as semiconductor and TFT-LCD manufacturing, chiller system is indispensable to factories but require huge energy consumption. This technique can conduct pre-assessment without additional facilities investments. Including wafer fab, backend fab and panel fab can apply this technique for energy saving. |