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CN104737660A 在农地中设置轨道建设设施农田方法及应用此方法的设施 无效 - 驳回

  • 专利标题： 在农地中设置轨道建设设施农田方法及应用此方法的设施
  • 专利标题（英）： Method of arranging rail construction facility field in farmland and facility thereof
  • 申请号： CN201310749812.1
    申请日： 2013-12-31
  • 公开(公告)号： CN104737660A
    公开(公告)日： 2015-07-01
  • 发明人: 施国樑
  • 申请人： 邱丽琴
  • 申请人地址： 浙江省台州市温岭市温峤镇温岭街600号
  • 专利权人： 邱丽琴
  • 当前专利权人： 邱丽琴
  • 当前专利权人地址： 浙江省台州市温岭市温峤镇温岭街600号
  • 主分类号： A01B79/02
  • IPC分类号： A01B79/02 ;  A01B51/00 ;  E01B23/02
在农地中设置轨道建设设施农田方法及应用此方法的设施
摘要：
在农地中设置轨道建设设施农田方法：在农地中设置田轨和旁站电力线，在田轨上运行轨基可移动光伏发电系统和自动耕作装置。根据此方法制造的田轨、农地、轨基自动耕作装置和轨基可移动光伏发电系统。推广应用本发明可在2020年实现农产品比2013年增加50%、有机食品比重提升至75%，并使我国率先实现农业现代化。本发明解决了光伏发电安装场地这个重大问题，轨基可移动光伏系统适合两维跟踪使产电量同比增加30%使效益和投资回报大幅增加；有可能实现到2020年使我国光伏发电量达到4万亿千瓦时/年相当于届时社会总能耗的40%；彻底改变我国的能源结构；可使PM2.5减少90%；分布式能源站点有利能源安全。
摘要（英）：

Disclosed is a method of arranging a rail construction facility field in the farmland and a facility thereof. The method includes arranging a field rail and a side station power line in the farmland; operating a rail based mobile photovoltaic power generation system and automatic tillage device on the field rail. The facility comprises the field rail, the farmland, the rail based automatic tillage device and the rail based mobile photovoltaic power generation system. By means of the application of the method and facility, the agricultural products can be increased by 50% in 2020 as compared with that of 2013, the proportion of organic food can be increased by 75%, and the national agricultural modernization can be realized first. The important problem of the photovoltaic power generation installation site is solved, the rail based mobile photovoltaic power generation system is adaptive to two-dimensional tracking, the generated power is increased by 30% on the year-on-year basis, and the benefit and investment return are increased greatly; possibly, the national photovoltaic generated power can be 4 trillion kilowatts per year, namely 40% of the total social energy consumption in 2020; the national energy structure can be changed thoroughly; PM 2.5 can be reduced by 90%; energy safety is benefited through the distribution-type energy sites.

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