The structure of temperature regulating pipeline in fruit tree greenhouse is characterized by a vertical V shaped heating tube arranged around each tree in the greenhouse. The lower part of the V shaped heating tube is below the ground, the upper part is above the ground, and the upper port of the V shaped heating tube around each tree has a heat conduction pipe connection, and the circular V shape around each row of fruit trees is heated. The two ends of the heat conducting tube of each row are respectively communicated with the inlet and outlet pipes of the heating pipeline, and the heating pipes are connected with the ground source heat pump. It solves the problem that the fruit tree greenhouse is heated by the solar energy and the boiler. It is difficult to improve the ground temperature and can not be cooled only by temperature. It is very suitable for the use of large plants such as greenhouse fruit trees.
【技术实现步骤摘要】
果树温室地能调温管道结构
本专利技术涉及温室栽培的管理设施领域,具体的说是一种利用地下热能调节控制果树等大本植物温室地温和气温的管道。
技术介绍
目前人们在果树温室管理中,都是靠阳光照射为主要提温手段,以煤炭、柴草为燃料,利用锅炉加热为辅助进行生产的,其缺点是对温室内的空气加热提高气温为主,很难提高地温,而且只能提温不能降温;此外,在大龄果树温室中由于树冠的遮盖,更影响了地温的提高。
技术实现思路
本专利技术为解决果树温室靠太阳能和锅炉加热,难以提高地温且只能提温不能降温的问题,提供了一种以地下水为介质,利用地下自然能源,对果树温室内的地温和气温同时调节控制的设施。本专利技术的技术方案是,一种果树温室地能调温管道结构,其特殊之处是,在温室内的每株果树周围装有环状排列的竖向V形加热管,V形加热管的下段在地面以下,上段在地面以上,每株果树周围的V形加热管的上口有导热管连通,每行果树周围的环状V形加热管之间也有导热管连通,每行的导热管两端分别与供热管道的进回水管相通,供热管道与地源热泵连通。在冬季,由地源热泵从地下水中采集地下热能,通过供热管道、导热管送到V形加热管,由V形 ...
【技术保护点】
一种果树温室地能调温管道结构,其特征是:在温室内的每株果树周围装有环状排列的竖向V形加热管, V形加热管的下段在地面以下,上段在地面以上,每株果树周围的V形加热管的上口有导热管连通,每行果树周围的环状V形加热管之间也有导热管连通,每行的导热管两端分别与供热管道的进回水管相通,供热管道与地源热泵连通。
【技术特征摘要】
1.一种果树温室地能调温管道结构,其特征是:在温室内的每株果树周围装有环状排列的竖向V形加热管,V形加热管的下段在地面以下,上段在地面以上,每株果树周...
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