Intelligent boiled water control method with boiled water heat energy recycling function

Abstract

The invention discloses an intelligent boiled water control method with the boiled water heat energy recycling function. According to the intelligent boiled water control method, intelligent boiled water control can be realized through an intelligent boiled water control device with the boiled water heat energy recycling function, a tap water inlet end is connected to a P port of a second two-position two-way normally-closed electromagnetic valve and a P port of a first two-position two-way normally-closed electromagnetic valve, an A port of the first two-position two-way normally-closed electromagnetic valve is connected to the inlet end of solar thermal collectors, the outlet end of the solar thermal collectors is connected to an inlet of an inner-layer water storage tank, an outlet of the inner-layer water storage tank is connected to a P1 port of a two-position three-way electromagnetic valve, an A port of the second two-position two-way normally-closed electromagnetic valve is connected to an inlet of an outer-layer water storage tank, an outlet of the outer-layer water storage tank is connected to a P2 port of the two-position three-way electromagnetic valve, and a heat exchange pipeline is arranged on the periphery of the inner-layer water storage tank. The intelligent boiled water control method has the advantages that the flow rate is controlled by an electromagnetic flow valve, water with multiple water temperatures can be output to meet the requirements of domestic water, a temperature sensor is arranged at the water outlet end to monitor the temperature of the water outlet end in real time, and therefore the boiled water heat energy can be recycled, and energy conservation can be matched with the flow rate.

Description

technical field [0001] The invention relates to the technical field of domestic water control, in particular to an intelligent boiling water control method with the function of recovering heat energy of boiling water. Background technique [0002] The penetration rate of water boilers in my country is extremely high. According to statistics, about 90% of the hot water drinking on university campuses comes directly from water boilers. At the same time, the power consumption of water boilers also accounts for a large proportion of school energy consumption. At present, the water boilers on the market mainly include boiling type, instant heating type and stepping type. Boiling water boilers store cold and hot water separately in the box, but the phenomenon of "thousand boiling water" is prone to occur. Stepping water boilers gradually Layer water replenishment, gradual heating, the instant water boiler is ready to use, no power consumption when not in use, but the power is rela...

AI Technical Summary

Problems solved by technology

Among them, the instant water boiler is the most widely used in campuses, but its function is single, it can only provide boiling water, and the heat energy of the terminal of the hot water boiler is wasted in the process of flowing out, resulting in energy waste

[0003] At the same time, many university campuses have fixed boiling water rooms, which supply boiling water by burning coal or using electricity. However, sometimes the temperature of the supplied boiling water is not enough, and sometimes the temperature is too high to be directly drinkable. cause a lot of water waste

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