Energy integration supply system for getting ground source heat by means of superconductive heat rods

Abstract

The invention discloses an energy integration supply system for getting ground source heat by means of superconductive heat rods. The energy integration supply system for getting the ground source heat by means of the superconductive heat rods comprises the multiple superconductive heat rods which are arranged under the ground, the super conductive heat rods are connected with a first energy storage tank through a superconductive sealed tube, one or more superconductive energy supply panels are arranged in the first energy storage tank, the superconductive energy supply panels are communicated with the superconductive sealed tube, the superconductive sealed tube continuously extends into a lift car and is communicated with the superconductive energy supply panels in the lift car, a heat pump is arranged in the lift car, the heat pump is arranged on a plane formed by the superconductive sealed tube, the side end of the heat pump is connected with a transducer, and the transducer enters a second energy storage tank through the superconductive sealed tube. The energy integration supply system for getting the ground source heat by means of the superconductive heat rods has the advantages that a water-circulating pump can not be needed by means of the superconductive heat rod technology according to the solar energy and the ground source heat, about 15 degrees of ground source heat is obtained from the ground source heat around the clock, and energy conservation and environment protection are achieved compared with a traditional ring pump; due to the fact that the solar energy and the ground source heat provide the energy, the heat pump power is increased by three times.

Description

technical field [0001] The invention relates to a heating device utilizing ground source heat, in particular to an integrated energy supply system utilizing superconducting heat rods to absorb ground source heat. Background technique [0002] In the north, due to the cold weather in winter, a heating system is needed to maintain daily life. At present, the heating system using ground source heat in the market is based on the principle of using water circulation to circulate the ground source heat to obtain heat. The technical disadvantage of using water circulation is that the heat efficiency will decrease with the extension of the use time. Therefore, Many users need to update the energy supply device after 3-5 years of use, which will bring unnecessary trouble to the user, and secondly, replace a new energy supply device and also need to consume a lot of manpower and material resources. Contents of the invention [0003] The technical problem to be solved by the present...

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Problems solved by technology

At present, the heating system using ground source heat on the market is based on the principle of using water circulation to circulate the ground source heat to obtain heat. The technical disadvantage of using water circulation is that the heat efficiency will decrease with the extension of the use time. Therefore, Many users need to update the energy supply device after 3-5 years of use, which will bring unnecessary trouble to the user, and secondly, replace the new energy supply device with a lot of manpower and material resources

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