建筑电气
建築電氣
건축전기
Building Electricity
2015年
11期
30-35
,共6页
岭南历史建筑%电气改造%电力监控%能源管理%现场数据采集%数据分析%节能控制%能耗管理平台
嶺南歷史建築%電氣改造%電力鑑控%能源管理%現場數據採集%數據分析%節能控製%能耗管理平檯
령남역사건축%전기개조%전력감공%능원관리%현장수거채집%수거분석%절능공제%능모관리평태
historical buildings in Lingnan%electric reconstruction%electric power monitoring%energy management%site data acquisition%data analysis%energy-saving control%energy consumption management platform
在岭南历史建筑电气改造中, 为提高供电系统可靠性与安全性, 节约能耗, 应设置电力监控和能源管理系统; 根据不同历史建筑的特点,可以采用不同的电力监控和能源管理系统形式. 通过案例分析和比较, 探讨电力监控和能源管理系统设计如何更合理地设置监控点.
在嶺南歷史建築電氣改造中, 為提高供電繫統可靠性與安全性, 節約能耗, 應設置電力鑑控和能源管理繫統; 根據不同歷史建築的特點,可以採用不同的電力鑑控和能源管理繫統形式. 通過案例分析和比較, 探討電力鑑控和能源管理繫統設計如何更閤理地設置鑑控點.
재령남역사건축전기개조중, 위제고공전계통가고성여안전성, 절약능모, 응설치전력감공화능원관리계통; 근거불동역사건축적특점,가이채용불동적전력감공화능원관리계통형식. 통과안례분석화비교, 탐토전력감공화능원관리계통설계여하경합리지설치감공점.
To improve the reliability and safety of the power supply system and reduce the energy consumption during the electric reconstruction for historical buildings in Lingnan, an electric power monitoring and energy management system shall be arranged. According to the features of different historical buildings, different types of electric power monitoring and energy management systems can be applied. Through case analysis and comparison, how to reasonably design the supervision & control site of the electric power monitoring and energy management system is discussed.
