Efficient heat-conducting multi-energy-source heat supply system

Abstract

The invention discloses an efficient heat-conducting multi-energy-source heat supply system which comprises a geothermal heat supply subsystem, a non-geothermal heat supply subsystem and a waste heatutilization subsystem. The geothermal heat supply subsystem comprises a steam-water separator which is connected with a geothermal heat source and performs steam-water separation on the geothermal heat source, the steam-water separator comprises a low-temperature hot water output port and at least one high-temperature steam output port, and the high-temperature steam output port is connected withthe waste heat utilization subsystem through a flowing heat carrier output channel; the non-geothermal heat supply subsystem comprises heat storage equipment which is connected with a solar heat source and / or a third heat source and performs heat storage; and the heat energy output by the low-temperature hot water output port of the steam-water separator and the heat energy output by the heat storage equipment are connected to a rear-end heat utilization device of the waste heat utilization subsystem through a heat superconducting heat conduction pipeline assembly.

Description

Technical field [0001] The invention relates to the application field of thermal energy mining, in particular to a heat supply system with efficient heat conduction and multiple energy sources. Background technique [0002] Thermal superconducting technology is also known as heat pipe technology, which means that under certain conditions, its physical thermal conductivity has a thermal resistance value almost equal to zero, which is superior to any conventional single-product thermal conductivity material. The heat conduction flux is thousands or tens of thousands of times that of metal materials with high thermal conductivity, and the heat conduction speed can reach more than 7000 m / s. The thermal superconducting technology has a history of decades since it was discovered by scientists and applied. The technology uses a variety of different material ratios and special manufacturing processes to make different forms of enclosed components (or products). It is mostly used in pipe...

AI Technical Summary

Problems solved by technology

Moreover, if thermal superconducting technology is used for large-scale industrial thermal energy transmission equipment, there are still special difficulties in design, manufacturing or installation processes.

The above reasons are the key to the failure of thermal superconducting technology to be widely used in the field of large-scale industrial heat

Images