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The Green Design And Analysis Of Piggery In Chengjiazhuang Taigu County

Posted on:2018-07-02Degree:MasterType:Thesis
Country:ChinaCandidate:R X CuiFull Text:PDF
GTID:2392330542975285Subject:Agricultural engineering
Abstract/Summary:PDF Full Text Request
The development of agricultural facilities has played a huge role in promoting animal husbandry industry.There are considerable progresses in the facilities of chicken,cattle,pig,sheep and other farming industry in Shanxi recent years,for instance,the breeding facilities design and construction,equipment configuration,application of new technology,environmental regulation,disease prevention and treatment and so on.But in some small and medium sized livestock and poultry farms,their facilities and equipment are still in a low level.Moreover,they are usually empty in winter because of cold weather or other seasonal factors.This study aimed at the piggery farm facilities in Chengjiazhuang at Taigu County in Shanxi,and the green sustainable design and analysis were processed.The main contents as follow:(1)After spot investigation and analysis on the piggery farm facilities in Chengjiazhuang,we got their scale,construction parameters,current position situation,the growth of pigs and existing problems.(2)After analyses on the local normal year climate situation of Taigu with the Weather Tool,we obtained the changes of temperature and relative humidity in a year,as well as the wind direction and the most optimum building orientation.This will provide reference for better piggery farm according to meteorological data.(3)According to the agricultural construction parameters in North China,we established the green piggery farm model.(4)With the Autodesk Ecotect Analysis software,we simulated the environment of piggery farm in Chengjiazhuang,including sunshine,solar radiation,thermal,lighting,etc.We got the optimal environmental parameters,which will provide basis for the green design and reconstruction of piggery farm in Chengjiazhung.
Keywords/Search Tags:piggery farm, green sustainable design and analysis, environmental parameter optimization
PDF Full Text Request
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