CN202022931U - 带太阳能跨季节蓄热设施和热泵的沼气池 - Google Patents
带太阳能跨季节蓄热设施和热泵的沼气池 Download PDFInfo
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Abstract
带太阳能跨季节蓄热设施和热泵的沼气池,由太阳能集热装置、热泵机组、多井土壤换热设施和沼气池组成,多井土壤换热设施由母井和子井组成,其特征在于含有由子井、输水管、输水干道、循环泵、沼气加热装置、太阳能集热装置和热泵机组组成的水路回路;所述子井含有通向其封闭端的输水管。本实用新型的有益效果:多井土壤换热设施建造和改造方便、可以在既有沼气池下的土壤中设置建造;子井不容易损坏可靠性高、对环境友好、冬季土壤换热设施换热热阻低。只要伸长子井长度或者增加增加数目就可以扩大蓄热的土壤范围。通过储存太阳能提高了太阳能设施的利用率。使用热泵可利用较低温度的土壤蓄热。结合附图给出一个实施例。
Description
技术领域
本实用新型涉及带太阳能跨季节蓄热设施和热泵的沼气池。
背景技术
沼气池可以提供优质的生物质能沼气,有利于节能减排。但沼气池需要持续提供35℃以上的热能。
发明内容
本实用新型的目的是要带太阳能跨季节蓄热设施和热泵的沼气池。
本实用新型解决其技术问题所采取的技术方案:用太阳能集热装置、热泵机组、多井土壤换热设施和沼气池,组成一个带太阳能跨季节蓄热设施和热泵的沼气池。多井土壤换热设施由一个筒状母井和若干个与母井连接的子井组成。在母井井壁上设置多个子井井口并连接多个子井;子井的封闭端伸入地下。子井含有通向其封闭端的输水管;用子井、输水管、输水干道、循环泵、沼气加热装置、太阳能集热装置和热泵机组组成一个水路回路。
本实用新型的有益效果:多井土壤换热设施建造和改造方便、可以在既有沼气池下的土壤中设置建造;子井不容易损坏可靠性高、对环境友好、冬季土壤换热设施换热热阻低。只要伸长子井长度或者增加增加数目就可以扩大蓄热的土壤范围。通过储存太阳能提高了太阳能设施的利用率。使用热泵可利用较低温度的土壤蓄热。
附图说明
下面结合附图和实施例对本实用新型进一步说明。
图1是一个带太阳能跨季节蓄热设施和热泵的沼气池结构示意图。
图中1.土壤;2.母井;3.子井;4.封闭端;5.输水管;6.输水干道;7.循环泵;8.沼气加热装置;9.集热装置;10.热泵机组;11.水路回路;12.开口端;13.阀门组;14.沼气池。
具体实施方式
图1给出本实用新型的一个实施例。
图1中,在置于土壤1中的筒状母井2井壁上设置子多个子井3井口并连接多个子井3,组成一个多井土壤换热设施。子井3封闭端4伸入地下,子井3含有通向其封闭端4的输水管5。用子井3、输水管5、与各输水管5连通的输水干道6、循环泵7、沼气加热装置8、太阳能集热装置9和热泵机组10组成一个水路回路11。进入输水管5的水在输水管5开口端12处流出,并从子井3内部与输水管5之间的夹层返回母井2,在返回途中通过子井3井壁与土壤1换热,使土壤1的温度改变。
图1实施例工作原理:通过切换阀门组13,令太阳能集热装置9接通水路回路11、沼气加热装置8关断,太阳热能进入土壤1使土壤1升温,实现用土壤储存太阳能。通过切换阀门组13关断太阳能集热装置9、接通沼气加热装置8水路回路11,使土壤1中储存的热能通过水路回路10供应沼气池14。当土壤温度过低时,启用热泵机组10提升多井换热设施所提供的热能温度供应沼气池14。
Claims (1)
1.带太阳能跨季节蓄热设施和热泵的沼气池,由太阳能集热装置、热泵机组、多井土壤换热设施和沼气池组成,多井土壤换热设施由一个筒状母井和若干个与母井连接的子井组成,在母井井壁上设置多个子井井口并连接多个子井;子井的封闭端伸入地下,其特征在于含有由子井、输水管、输水干道、循环泵、沼气加热装置、太阳能集热装置和热泵机组组成的水路回路;所述子井含有通向其封闭端的输水管。
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