Multifunctional complementary heating system

Abstract

The invention relates to a multifunctional complementary heating system. The multifunctional complementary heating system comprises a plurality of heating sources, a phase change energy storing box, aheat input loop, a heat output loop and a heating loop, wherein heat energy of the heating sources is output to a phase change energy storing device; and the heating loop communicates with the phasechange energy storing box. According to the multifunctional complementary heating system, heat energy storing is performed through the phase change energy storing device, and therefore heat generatedby various functional facilities can be accumulated in the device, and is finally released through the heating loop, unbalance between heat output and heat demand can be relieved, and it is avoided that when heat energy output is too much, waste happens.

Description

technical field [0001] The invention relates to the field of energy technology, in particular to a multifunctional complementary heating system. Background technique [0002] Multifunctional complementary power generation and heating is an important means to solve the production and living electricity and heat consumption of residents in some areas. Specifically, multi-functional complementary power generation and heating comprehensively utilize multiple functional facilities such as combustion boilers, wind power, geothermal heat, and solar collectors to achieve power generation and heat production, thus making full use of the complementarity of the above approaches. Multi-functional complementary power generation and heat supply need to maximize the use of suitable natural environmental conditions for power generation and heat production, so there is a state in which electricity and heat production exceed the demand for electricity and heat in a certain period of time and ...

AI Technical Summary

Problems solved by technology

In order to solve this problem, the key is to reduce the synchronization between the heat output and power output of the multi-functional complementary heating power generation system in view of the fact that the heat load and the power load are inconsistent during the peak hours.

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