Design method of totally-closed earth energy exchanging bed system

Abstract

The invention discloses a totally-closed earth energy exchanging bed system, belongs to energy saving technologies, and relates to the technical fields of earth energy utilization and water heating engineering. The design method is mainly characterized in that energy exchange pipes or energy exchange pieces are arranged on the periphery of the bed, an energy exchange system composed of the energy exchange pipes or an energy exchange system composed of the energy exchange pieces is an energy exchanger, the energy exchange pipes or the energy exchange pieces are surrounded in the bed through heat insulation materials, the upper portion of the bed is transparent, a round hole is formed in the middle of the bed and is provided with a cover capable of being opened or closed, a door is formed in the front of the bed, people can enter the bed and leave the bed through the door which is protruded outwards, a small door is arranged at the bottom of the door, and the totally-closed system is formed by connecting the energy exchanger on the bed, the energy exchanger buried underground and a power system extremely small in energy consumption through conveying pipes to achieve circulation of media in the system.

Description

technical field [0001] The technical field of the fully enclosed ground energy exchange bed system belongs to the field of energy saving technology, ground energy utilization technology and plumbing engineering technology. The energy conversion system composed of energy tubes or transducing sheets is collectively referred to as a transducer. The transducing tubes or transducing sheets are surrounded by thermal insulation materials. The top of the bed is transparent, and there is a round hole in the middle. There is a round hole on this hole. Cover, this cover can be opened or closed, there is a door in front of the bed, people enter and exit the bed through this door, this door is protruding, there is a small door below, the transducer on the bed and the transducer buried in the ground, Coupled with a power system with very little energy consumption, it is connected by transport pipes to form a fully enclosed system to circulate the medium inside. Background technique [00...

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Problems solved by technology

[0003] It is necessary to allow people to live a life that is warm in winter and cool in summer, but also basically consumes no energy, is environmentally friendly, and requires the least amount of money. This prompted the design of a fully enclosed ground energy exchange bed system, which overcomes the above two problems. The disadvantages of this method, its advantages are 1. It is fully enclosed, so it can be used anywhere, whether there is groundwater or not, and it can also be used in deserts. 2. Most of the circulating media in it are designed in advance, so there is no need to The problem of cleaning the pipe, 3. It is fully enclosed, so there is no problem of polluting groundwater. 4. Low energy consumption, because it is fully enclosed, so in theory it can circulate only by giving it an infinitesimal force, 5. The effect is good, the space of a bed, the effect is of course good, 6. The cost is low, because the use of space is small, so there is no need for large equipment, 7. Regardless of whether the house is ventilated, it can be used as much as possible. There is less space, and less energy is discharged underground, so that it can quickly exchange with underground energy without generating energy storage, so it will not cause equipment failure

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