(譯稿)新農(nóng)村建設(shè)生態(tài)型住宅可再生能源利用技術(shù)-資料下載頁
2025-07-13 20:20本頁面
【正文】 driving force to stir the biogas pit continuously. In such way, we can avoid the crust problem and enables enough contact of the raw material and bacteria, and raises the biogas pit liquid’s temperature to improve gasyielding efficiency. We can build solar greenhouse on the other hand to further raise the temperature.The plan applies ecological design theory to make full use of clean and recyclable resource while aiming at minimizing emission during substance recycling, to maximize the appropriate usage of resource. The design goes as shown in graph 3, and the detailed plan sketch shown as graph 4 and 5:Graph 3 the over view of the design processGraph 5 “flat design (II)1bedroom；2kitchen；3living room；4extra sunlight room；5biogas pipeline；6corridor；7human excrement entrance；8toilet；9stock excrement entrance；10raising house；11overflow gutter；12fence；13solar greenhouse；14outlet port；15windmill；16biogas pit；17green feed storage house.Graph 4 flat design(I)1bedroom；2kitchen；3living room；4extra sunlight room；5biogas pipeline；6raw material storage pool；7solar energy raising house；8raw material entrance；9biogas pit；10windmill；11toilet；12human excrement entrance；13biogas pit exit；14 hydraulic room；15flow through；16stock house exit；17green feed storage pool.4 ConclusionAs stated above, In the process of new countryside houses construction we have the following conclusions about the renewable energy application technologies: (1) Passive solar energy model is applied to design flat new countryside house, and the appropriate form is extra sunlight room or sunlight corridor. The sunlight room is usually southoriented, and it can be set on the second or third floor without shelter the underneath rooms from solar radiation. In the flat design we add sunlight room and corridor to raise room temperature, make more fortable indoor, lower energy consumption and save energy. (2) Low temperature has been the key factor to limit the yield of biogas. By applying the “bine five to one” prehensive ecological technology by bing biogas pit, green feed storage pool, solar greenhouse, stock raising house and toilet, we are able to make full use of the relative high temperatures of the green feed storage pool and solar greenhouse, to guarantee the good yield of biogas in cold winter.References (參考文獻(xiàn))[1] Y. Li and . Wang:Architecture Technology, (2009) , p. 3841.[2] JiaPing. Liu: Architectural Physics(Building Industry Press of China，China 2000)；[3] Zhao Kai Wei, Kai Liu etc. Research on Marsh Gas Pond Solar Energy Technology Temperature[J]，Journal of Agricultural Mechanization Research，：212215；[4] Li Bai，Yan Shi Heating and Insulation Technology for Biogas Utilization in Winter of North China[J]，CHINA BIOGAS，（1）3741；[5] Xu Shao, Hai Rong Dong etc. CUN ZHEN JIAN ZHU SHE JI。 Beijing：zhongguo jian cai gong ye chu ban she【M】，2008，206210。Author brief introduction:Female。 birth: 1968。 Master。 major research field: architectural technology and science
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