Solar energy, electromagnetic energy and phase-change energy storage coupled heating control system

Abstract

The invention relates to the technical field of heating, and particularly provides a solar energy, electromagnetic energy and phase-change energy storage coupled heating control system comprising a solar thermal collector, a low-temperature phase-change energy storage water tank, a high-temperature phase-change energy storage water tank, an electromagnetic heater, a heat user side and a PLC. The solar thermal collector communicates with the low-temperature phase-change energy storage water tank through a first circulation pipeline. The low-temperature phase-change energy storage water tank is connected with the high-temperature phase-change energy storage water tank through a heat exchange water return pipe and a conveying pipeline. The high-temperature phase-change energy storage water tank is connected with the heat user side through a second circulation pipeline. The electromagnetic heater is connected with the high-temperature phase-change energy storage water tank through a third circulation pipeline. The solar thermal collector and the electromagnetic heater are connected with the PLC. By means of the heating control system, solar energy and electromagnetic energy are supplied in a stepped manner, it is ensured that the heat supply effect of the heat user side is stable, system operation expenses are extremely low, and the heating system can be safer, can save more energy and is more economical and reasonable.

Description

technical field [0001] The invention relates to the technical field of heating, in particular to a heating control system coupled with solar energy, electromagnetic energy and phase change energy storage. Background technique [0002] The survival and development of human beings are inseparable from the environment. Therefore, rational use of existing resources and protection of the environment are the basis for human beings to continue to thrive. However, with the continuous advancement of my country's urban modernization process, environmental pollution is becoming more and more serious. In northern China, small and medium-sized coal-fired heating boilers are widely used and can be seen everywhere. Although the scale of these boilers is small, the number is large. These boilers consume a lot of energy, have low thermal efficiency, and cause serious smoke pollution. Through the effect of atmospheric circulation, they cause great pollution to the local environment, which is ...

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Problems solved by technology

[0004] (1) Coal-fired boilers have problems such as low conversion rate of fuel heat energy, low degree of automation, and serious environmental pollution.

[0005] (2) Gas-fired boiler heating has problems such as low thermal efficiency, unstable temperature rise, unstable heating efficiency, unstable heating effect for users, short service life, high gas consumption per unit area, and low degree of automation.

[0006] (3) Electric heating rod heating has problems such as scaling of the heating rod after long-term operation, direct contact with water and electricity, leakage of electricity, potential safety hazards, low thermal efficiency, no energy saving, low degree of automation, etc.

[0007] (4) Heat pump heating is firstly lim

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