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臺灣能源期刊論文全文

臺灣能源期刊第5卷第1期內容

出刊日期:March, 2018

題目
水側節能運用設計與探討
Title
The Study of Water Side Energy Saving Design
作者
吳旭聖、鄭秋南、李彥澄、顏維謀、蔡明宏
Authors
Hsi-Sheng Wu, hiu-Nan Cheng, en-Chen Lee, Wei-Mon Yan, ing-Hong Cai
摘要
製冷設施已經成為住、商及工業等場所不可或缺之設備,更是關鍵能源使用設施,舉凡運用於人員舒適空調、室內空氣品質管理、製程冷卻、精密產業製程環境或特定作業場所溫度管理等,皆需使用製冷設施以移除環境或製程所產生之熱量,因此如何提高製冷設施能源使用效率或降低該項設施使用率,則具有高度節能效益。本研究針對精密產業或數據機房等特定作業場所,需全年度運用製冷設施進行溫/濕度管理場域,探討於臺灣氣候條件為基準下,及運用既有冷卻水塔設計基礎下,開發自然冷卻系統以供應場所需求之低溫冷卻水,以作為降低場所之熱負載或取代運用電力製冷設施,減少製冷設施用電量,此外也期望該項冷卻水設計,利於高效能新型製冷設施之導入,如廣域冷卻水溫運用之磁浮冰水機,以協助產業降低能源使用量及能源成本,且實踐產業於我國永續經營管理,更落實我國能源管理及發展之政策。
關鍵字
冷卻水溫,節能,冰水機組
Abatract
Refrigeration facilities have become an indispensable device for living, commercial and industrial places. It is also a key energy use facility, which is used in personnel comfort air conditioning, indoor air quality management, process cooling, precision industry process environment or specific workplace temperature management, The use of refrigeration facilities has been removed from the environment or the heat generated by the process, so how to improve the efficiency of energy consumption of refrigeration facilities or reduce the utilization of the facilities, it is highly energy efficient. This study is aimed at the specific workplace of precision industry or data room. It is necessary to use the refrigeration facilities to carry out the temperature and humidity management field throughout the year. Based on the climatic conditions of Taiwan and the use of existing cooling tower design, the natural cooling system To reduce the cooling capacity of the refrigeration facilities, and to expect the cooling water design to facilitate the introduction of high-performance new refrigeration facilities, such as the introduction of a new type of cooling facilities, Field cooling water temperature using the active magnetic bearing compressor/chiller to help the industry to reduce energy use and energy costs, and the practice of industry in Taiwan sustainable management, but also the implementation of country energy management and development policies.
Keywords
cooling water temperature, energy saving, chillers