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Share dry goods, take you in one minute to understand the working principle of heat storage electric boiler

Release Time:

2022-09-13

Share dry goods, take you in one minute to understand the working principle of heat storage electric boiler

What is the working principle of heat storage electric boiler? Let ’s take a brief analysis together. With the improvement of the country's attention to energy, traditional coal -fired boilers are replaced by new types of electric boilers. The electric boiler is a device that converts the electricity through multiple parts to heat. The entire system has a variety of procedures such as heat, supply heat, and regulating heat. If we want to use an electric boiler correctly, we must be familiar with the corresponding working principle. Here are the working principles of electric heating boilers.

We call the pot that absorbs the heat in the overall equipment of the heat storage electric boiler, and we call it a furnace that generates heat. In fact, the pot and the stove are not much different. Many equipment preheating and heat absorption are integrated, so the pot and the stove are a whole. When the heat storage electric boiler reaches the heat storage period, the replenishment of the electric valve will be opened, and the heat storage tank will start to replenish water. When the water level reaches the predetermined high water level, the water -replenishment electric valve can be closed by itself. After the temperature of the regeneration tank reaches the predetermined temperature or the regeneration period, the electric boiler stops working. After 1 minute, the circulating pressure pump stops the work. The circulating pressure pump runs according to the prescribed frequency. After 30 seconds, the electric boiler begins to run and the storage heat is stored. Open the electricity supply valve, turn off the regenerative electric valve, start the circulating pressure pump, and supply the water at the mode of speed adjustment. After about 30 seconds, start the electric boiler and directly supply the water to the user. After the water supply is over, the circulating pump is stopped, and the electric boiler is stopped after 60 seconds. During the water supply, the electric boiler is turned on to the water electric valve, the regenerative electric valve is closed, the electric boiler cannot work, and the frequency conversion pump variable frequency conversion is adjusted to adjust the constant pressure supply. During the water supply of electric boilers, the water power valve has been closed and no hydration work is performed to avoid providing cold water to users. During the regeneration period, when the temperature of the regenerative water tank is lower than the set temperature 5, the circulating pressure pump will be restarted. After 30 seconds, the electric boiler will start to run.

Because most of the overall equipment of the heat storage electric boiler is mostly adjusted, when doing that thing, we only need to perform the corresponding parameter check according to a certain time to ensure that it work normally, and it can be solved in time when there is a problem. Recycled electric heating boilers have launched a new high -efficiency and energy -saving electric heating product based on the power department to heal power and enjoy preferential electricity prices. Based on the regenerative electric heating boiler, fill the corresponding supporting equipment and regeneration water tanks to form a recycled electric heating boiler system. During the power grid trough, turn on the electric heating boiler and store the water in the water tank. During the peak of the power grid, the electric heating boiler is turned off. Use the hot water heating of the regenerative water tank to achieve the purpose of using the low -valley power (electrical type) or partially using the heating of the trough power (semi -thermal). The regenerative power boiler uses the electricity during the night trough as the energy source, and heating at night heat at night. This equipment is a heat storage heating system, which improves the utilization rate of the equipment and reduces the initial investment cost of the equipment. The device makes full use of low valley electricity, cut peaks to fill valleys, save electricity, and reduce the discharge of harmful gas in urban areas. It is an objective requirement for the development of the times and an inevitable trend of future development.