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首页> 外文期刊>American journal of applied sciences >Energy Management System Audit and Implementation in Educational Buildings | Science Publications
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Energy Management System Audit and Implementation in Educational Buildings | Science Publications

机译：教育建筑中的能源管理系统审核和实施|科学出版物

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> Concerning the high energy consumption of educational buildings in available study; it is conducted to estimate the energy consumption at the Faculty of Humanities (Building No. 2), Science and Research Campus (SRC) of the Islamic Azad University (IAU), Tehran, Iran. Auditing and implementing the energy management system in the implied building, efforts are finally made to propose managerial solutions towards reducing energy consumption in this building. After gathering data of the building, including quantity of energy consumption in a one-year period of study in 2005 and the energy consumption equipment in the building followed by a detailed data analysis, the overall energy consumption tendency is investigated in the building. As a result, it is found that the lightening system and electric motors of central heating system consumed the highest level of electricity energy and the highest thermal energy consumption due to boilers. By more analysis of the entire data, solutions are suggested for reducing the energy consumption used in lightening, central heating and cooling systems and boilers. A review of all the practical solutions for improving the systems available in the building showed that regarding the energy management matrix, the energy management system in the building stood at zero point, because the building lacked any operating unit under the title of 'Energy Management' which could monitor energy consumption at the university. Therefore, it is concluded that the energy efficiency in the building may be optimized to a certain extent by presenting a system for energy data collection, analysis and systematic implementation as well as a system for collection of basic information about energy-consuming equipment by means of measurement instruments. By providing this system, procedures are presented for optimizing energy consumption and saving in the building, while a management system and a complete information system are created at the same time. By employing the procedures described in the present study, 173,000 kilowatt-hours (kWh) of power as well as 323642 cubic meters of natural gas can be saved per year.
机译： >关于可用研究中的教育建筑的高能耗;在伊朗德黑兰的伊斯兰阿扎德大学（IAU）的科学与研究园区（SRC）人文学院（2号楼）进行能耗估算。在隐含建筑物中审核和实施能源管理系统后，最终将努力提出管理解决方案以减少该建筑物中的能耗。在收集了建筑物的数据（包括2005年的一年研究能耗量和建筑物中的能耗设备）之后，再进行了详细的数据分析之后，研究了建筑物中的总体能耗趋势。结果发现，由于锅炉，减轻系统和中央供暖系统的电动机消耗了最高水平的电能和最高的热能消耗。通过对整个数据的更多分析，提出了减少照明，中央供暖和制冷系统以及锅炉所用能耗的解决方案。对改善建筑物中可用系统的所有实际解决方案的审查显示，就能源管理矩阵而言，建筑物中的能源管理系统处于零点，因为建筑物缺少“能源管理”标题下的任何运营单位可以监控大学的能源消耗。因此，可以得出结论，可以通过提出一种用于能源数据收集，分析和系统实施的系统以及一种用于收集有关能耗设备基本信息的系统，在一定程度上优化建筑物的能效。测量仪器。通过提供该系统，提出了优化能耗和节省建筑物的程序，同时创建了管理系统和完整的信息系统。通过采用本研究中描述的程序，每年可以节省173,000千瓦时（kWh）的电力以及323642立方米的天然气。

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