Heat source temperature reduction control center of medium-low temperature heating end system and operation method thereof
A control center and low-temperature technology, which is applied in hot water central heating systems, household heating, heating methods, etc., can solve the problem of large differences between heat sources and terminals, difficulty in supervision of user room terminal transformation, and difficulty in fully meeting the requirements of adjustments, etc. problem, to achieve the effect of simple structure, maximum efficiency and low correlation
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Embodiment 1
[0048] This example introduces a terminal transformation case in a central heating system.
[0049] like image 3 Shown, is existing technical scheme:
[0050] It includes central heating heat source side system 1a, medium and low temperature heating terminal system 2, and water mixing center 9;
[0051]In the existing central heating system in my country, the temperature difference between the inlet and the return water of the central heating heat source side system 1a (user heat inlet) is usually 5-10K; and based on the mixed water mode, after the terminal is transformed into a medium and low temperature heating terminal system 2 , the heat source side can still only maintain a temperature difference of 5-10K between the inlet and the return water; the above is only an ideal state. Since the terminal system after normal transformation is more energy-efficient, the temperature difference between the inlet and the return water on the heat source side will be further reduced. ...
Embodiment 2
[0067] This example introduces a case of a medium and low temperature heating terminal system using a wall-hung boiler.
[0068] like Figure 5 Shown, is existing technical scheme:
[0069] Including wall-hung boiler 1b, medium and low temperature heating terminal system 2, and water mixing center 9;
[0070] Based on the water-mixing mode, the wall-hung boiler 1b will run in a partial load state for a long time, and the operating state is unstable. The water supply temperature of the wall-hung boiler is 80°C, and the return water temperature is 70°C; The supply water temperature of terminal system 2 is 50°C, and the return water temperature is 40°C.
[0071] The above is only an ideal state. The fluctuation of the terminal load will also affect the smooth operation of the wall-hung boiler, and the long-term operation at partial load is not only not conducive to energy saving, but also shortens the service life of the wall-hung boiler.
[0072] like Image 6 As shown, it i...
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