CN203775811U

CN203775811U - Geothermal energy temperature-regulating pipeline structure for orchard house

Info

Publication number: CN203775811U
Application number: CN201420206692.0U
Authority: CN
Inventors: 杜吉国
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-04-26
Filing date: 2014-04-26
Publication date: 2014-08-20
Anticipated expiration: 2024-04-26

Abstract

A geothermal energy temperature-regulating pipeline structure for an orchard house is characterized in that vertical V-shaped heating pipes are arranged around each fruit tree in the orchard house in a circle; the lower section of each V-shaped heating pipe is under the ground; the upper section of the V-shaped heating pipe is above the ground; the upper openings of the V-shaped heating pipes around each fruit tree are communicated with each other through a heat conduction pipe; the circular V-shaped heating pipes of fruit trees in each row are communicated with each other through a heat conduction pipe; two ends of each row of heat conduction pipes are communicated with a water inlet pipe and a water return pipe of a heating pipeline respectively; the heating pipeline is communicated with a ground source heat pump. Through the adoption of the geothermal energy temperature-regulating pipeline structure, the problems that as the conventional heating method of the orchard house depends on solar energy and boilers, the ground temperature cannot be raised, and the temperature only can be raised but not can be lowered are solved. Therefore, the geothermal energy temperature-regulating pipeline structure is very suitable for large plants such as trees in the orchard house.

Description

Ground, orchard house can temperature adjustment pipeline configuration

Technical field

The utility model relates to the handling facility field of greenhouse culture, specifically a kind of pipeline that utilizes underground heat energy to regulate university degree plant greenhouse ground temperature such as controlling fruit tree and temperature.

Background technology

People, in orchard house's management, are to be main temperature raising means by solar radiation, taking coal, faggot as fuel at present, utilize boiler to be heated to be auxiliary production, its shortcoming is to be main to the air heat raising temperature in greenhouse, is difficult to improve ground temperature, and can only temperature raising can not lowers the temperature; In addition, in above the average age for marriage orchard house, due to the covering of tree crown, more affected the raising of ground temperature.

Summary of the invention

The utility model is for solving orchard house by solar energy and boiler heating, the problem that is difficult to improve ground temperature and can only temperature raising can not lowers the temperature, provide a kind of taking underground water as medium, utilized underground natural energy resource, the ground temperature in orchard house and temperature have been regulated to the facility of control simultaneously.

The technical solution of the utility model is, ground, a kind of orchard house energy temperature adjustment pipeline configuration, its special character is, the vertical V-arrangement heating tube of annular arrangement is housed around the every strain fruit tree in greenhouse, the hypomere of V-arrangement heating tube is at below ground, epimere is more than ground, the suitable for reading of every strain fruit tree V-arrangement heating tube around has heat pipe to be communicated with, between every row fruit tree ring-type V-arrangement heating tube around, also there is heat pipe to be communicated with, the heat pipe two ends of every row communicate with the return pipe that enters of heat supply pipeline respectively, and heat supply pipeline is communicated with earth source heat pump.

In the winter time, from underground water, gathered underground heat energy by earth source heat pump, deliver to V-arrangement heating tube by heat supply pipeline, heat pipe, heat to underground soil by the hypomere of V-arrangement heating tube, the epimere of V-arrangement heating tube and the heat pipe air heat to greenhouse; Summer,, by earth source heat pump cold energy under locality from underground water, deliver to V-arrangement heating tube by heat supply pipeline, heat pipe, lower the temperature to underground soil by the hypomere of V-arrangement heating tube, the epimere of V-arrangement heating tube and heat pipe are to air cooling-down.

Technique effect of the present utility model is, adopts above-mentioned technical scheme, can realize one and utilize underground natural energy resource, controls to adjust the piping facility of the university degree plant greenhouse ground temperature such as fruit tree and temperature simultaneously.By regulating suitable ground temperature and temperature, impel flourishing quickening of fruit tree system to grow; The fitting depth of V-arrangement heating tube and loop size, can according to the upgrowth situation of fruit tree adjust or you change; V-arrangement heating tube ring-type is arranged on surrounding's heating of university degree plant, has improved the availability of the energy, and particularly, at the Seedling Stage of fruit tree, V-arrangement heating tube is looped around around little tree, has saved greatly the energy to the heating of vacant ground; Adopt V-arrangement heating-pipe structure, the ratio of upper-lower section can be adjusted according to the situation of ground temperature and temperature is convenient.

Brief description of the drawings

Fig. 1 is structural front view of the present utility model, and the accompanying drawing that makes an abstract.

Fig. 2 is the arrangement schematic diagram of the utility model individual plant fruit tree V-arrangement heating tube.

In the drawings, 1 greenhouse, 2 fruit trees, 3 ground, 4 heat supply pipelines, 5 heat pipes, 6V shape heating tube, 7 earth source heat pumps.

Embodiment

Below in conjunction with accompanying drawing embodiment, the utility model is further illustrated.

As shown in the figure, the vertical V-arrangement heating tube 6 of annular arrangement is housed around the every strain fruit tree 2 in greenhouse 1, the hypomere of V-arrangement heating tube 6 is on ground below 3, epimere is on ground more than 3, every strain fruit tree 2 the suitable for reading of V-arrangement heating tube 6 around has heat pipe 5 to be communicated with, between every row fruit tree 2 ring-type V-arrangement heating tube 6 around, also have heat pipe 5 to be communicated with, heat pipe 5 two ends of every row communicate with the return pipe that enters of heat supply pipeline 4 respectively, and heat supply pipeline 4 is communicated with earth source heat pump 7.

In the winter time, from underground water, gather underground heat energy by earth source heat pump 7, deliver to V-arrangement heating tube 6 by heat supply pipeline 4, heat pipe 5, heated to the soil under ground 3 by the hypomere of V-arrangement heating tube 6, the epimere of V-arrangement heating tube 6 and the air heat of heat pipe 5 to greenhouse 1; Summer,, by earth source heat pump 7 cold energy under locality from underground water, deliver to V-arrangement heating tube 6 by heat supply pipeline 4, heat pipe 5, to be lowered the temperature to the soil under ground 3 by the hypomere of V-arrangement heating tube 6, the epimere of V-arrangement heating tube 6 and heat pipe 5 are given air cooling-down.

Claims

1. ground, orchard house energy temperature adjustment pipeline configuration, it is characterized in that: the vertical V-arrangement heating tube that annular arrangement is housed around the every strain fruit tree in greenhouse, the hypomere of V-arrangement heating tube is at below ground, epimere is more than ground, the suitable for reading of every strain fruit tree V-arrangement heating tube around has heat pipe to be communicated with, between every row fruit tree ring-type V-arrangement heating tube around, also have heat pipe to be communicated with, the heat pipe two ends of every row communicate with the return pipe that enters of heat supply pipeline respectively, and heat supply pipeline is communicated with earth source heat pump.