建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2015年
1期
55-57
,共3页
建筑屋顶%建筑一体化光伏系统%技术方案%并网%效益
建築屋頂%建築一體化光伏繫統%技術方案%併網%效益
건축옥정%건축일체화광복계통%기술방안%병망%효익
building roof%BIPV system%technical scheme%grid-connected%benefit
介绍了合肥市某办公楼建筑屋顶光伏系统的整体设计及各组成要素，并从技术、经济等方面对该系统的初步方案进行了分析。该工程的光伏发电材料与屋顶建筑融为一体，总体安装容量约100 kWp，项目预计年发电量为110000 kW·h。通过计算分析得出该系统的节能效益、环境效益和经济效益，结论表明太阳能屋顶光伏发电工程不仅能有效节约能耗，且具有较好的社会、经济效益及长足的发展前景。
介紹瞭閤肥市某辦公樓建築屋頂光伏繫統的整體設計及各組成要素，併從技術、經濟等方麵對該繫統的初步方案進行瞭分析。該工程的光伏髮電材料與屋頂建築融為一體，總體安裝容量約100 kWp，項目預計年髮電量為110000 kW·h。通過計算分析得齣該繫統的節能效益、環境效益和經濟效益，結論錶明太暘能屋頂光伏髮電工程不僅能有效節約能耗，且具有較好的社會、經濟效益及長足的髮展前景。
개소료합비시모판공루건축옥정광복계통적정체설계급각조성요소，병종기술、경제등방면대해계통적초보방안진행료분석。해공정적광복발전재료여옥정건축융위일체，총체안장용량약100 kWp，항목예계년발전량위110000 kW·h。통과계산분석득출해계통적절능효익、배경효익화경제효익，결론표명태양능옥정광복발전공정불부능유효절약능모，차구유교호적사회、경제효익급장족적발전전경。
The overall design and constituent elements of the rooftop photovoltaic system for an office building in Hefei were introduced, and then the technology, cost and other aspects of the preliminary scheme for the system were analyzed. The photovoltaic materials and roof construction are integrated in the project, and the overall installation capacity is estimated to be 100 kWp, at the same time, the power gen-erating capacity is expected to be 110 000 kW·h. The energy-saving benefit, environmental benefit and e-conomic benefit of the system were obtained in the form of specific data through calculation and analysis, and research conclusion shows that solar energy photovoltaic power generation project not only saves energy effectively, but also has good social and economic benefits, and broad development prospects.
