Self-powered room temperature adjusting system

Abstract

The invention discloses a self-powered room temperature adjusting system. The self-powered room temperature adjusting system comprises a packaging tube and a controller and further comprises a temperature difference power generation module, an energy storage module, an electric adjusting valve and a temperature detection module which are controlled by the controller; the packaging tube comprises ainner ring of the packaging tube and an outer ring of the packaging tube; the temperature difference power generation module, the energy storage module and the temperature detection module are all packaged between the inner ring and the outer ring; the two ends of the packaging tube are connected with a heat supplying water inlet tube and a subsequent water tube; the temperature difference powergeneration module is pasted to the outer wall of the packaging tube inner ring, the electric adjusting valve is packaged on the inner wall of the packaging tube inner ring, the controller controls thetemperature difference power generation module to work in the set power range, and the working state of the energy storage module is switched to be a charging state or a discharging state by the controller; the energy storage module is connected with the electric adjusting valve and the temperature detection module; and the temperature detection module is used for detecting the room temperature,and sending the room temperature to the controller, the controller adjusts the opening degree of the electric adjusting valve according to the received room temperature, and thus the room temperatureis kept in the set temperature range.

Description

technical field [0001] The invention relates to the field of energy storage and energy control, in particular to a self-powered room temperature adjustment system. Background technique [0002] In the north of our country, most areas adopt the method of water heating for centralized heating. By adjusting the electric control valve, the amount of water entering the radiator can be adjusted to control the temperature. Usually the temperature of hot water in the pipeline can reach 60°C, while the room temperature is only about 25°C, so a lot of heat is lost and not effectively utilized. And because there is no temperature feedback system, there may be situations where the indoor temperature is already high, but the heating continues, causing residents to open windows to cool down. This situation is the excessive allocation of energy, and the waste caused is even more distressing. [0003] As a green and renewable new power generation method, thermoelectric power generation ha...

AI Technical Summary

Problems solved by technology

Usually the temperature of hot water in the pipeline can reach 60°C, while the room temperature is only about 25°C, so a lot of heat is lost and not used effectively

And because there is no temperature feedback system, there may be situations where the indoor temperature is already high, but the heating continues, causing residents to open windows to cool down

This situation is the excessive allocation of energy, and the waste caused is even more distressing.

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