建構智慧低碳校園之研究－以南華大學為例

NHUIR > College of Management > Department of Tourism Management, The M.A. Program of Tourism Management and Leisure Environment Management > Disserations and Theses(M.A. Program in Leisure and Environment Management) > Item 987654321/25766

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Title:	建構智慧低碳校園之研究－以南華大學為例
Other Titles:	Research on Constructing Wisdom Low Carbon Campus--A Study of Nan-Hua University
Authors:	黃元慶 HUANG, YUAN-CHING
Contributors:	旅遊管理學系休閒環境管理碩士班趙家民 CHAO, CHIA-MING
Keywords:	雲端資料處理;ISO50001能源管理系統;節能減碳;智慧校園 Cloud data processing;Energy-saving and carbon reduction;ISO50001 energy management systems;Wisdom green building
Date:	2017
Issue Date:	2017-12-07 16:55:46 (UTC+8)
Abstract:	面對地球暖化與氣候變遷問題，人們開始改變居住空間的規劃設計理念與能源使用觀念，如何有智慧的與環境共生共存，乃成為建築規劃與設計時的重要考慮因素，兼顧人性化需求的智慧建築，將成為二十一世紀新建築規劃設計的主流。　　大學校園腹地廣大，建築物多，耗用能源多，南華大學導入能源管理系統，將學校節能潛力較大且耗費能源經費較高之設備，以節能改善措施進行實質改善外，且將能資源通訊系統的導入並與其他單位共同推動節能教育與輔導，以達成建構智慧低碳校園與節能改善之目標。本研究使用個案分析、能資源系統雲端資料處理、ISO50001能源管理系統得到以下結果：(一)學校設備耗能值、老舊度、運轉度與能源損耗之關係。(二)能源流向、使用時間及耗能差異性的檢討與建議。(三)能源管理系統對於設備的耗能提出分析、改善、驗證及執行後成效。　　When facing global warming and the change of climate issue, people turn into conceptual planning and usage of energy.　　It's very important to wisely combine our live and environment is the key to architecture planning and design also takes into humanize needs becoming the mainstream of new conceptual architecture in the twenty-first century.　　College campus takes too much area of buildings, and waste too much energy.　　Our school import an energy management system to substantive improve the usage of energy in equipment which is highly potential and costs and also importing energy resources communication to promote education and counseling with the other units.　　Hence, this may lead us to become a Construction of wisdom and energy to improve the low-carbon campus.　　This research adopted Case analysis, energy system cloud data processing, ISO50001 energy management system to get the following results: (1) School equipment energy consumption value, old and the relation between performance and energy consumption. (2) Review and recommendations in energy flow, usage of time and differences in energy consumption. (3) Energy management system proposed analysis, improvement, validation and implementation of the results for the energy consumption of the equipment.
Appears in Collections:	[Department of Tourism Management, The M.A. Program of Tourism Management and Leisure Environment Management] Disserations and Theses(M.A. Program in Leisure and Environment Management)

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