Organic heat carrier boiler

Abstract

The invention discloses an organic heat carrier boiler. The organic heat carrier boiler comprises a solid heat storage device, a high-temperature oil pump circulation system and a hot water circulation system. The solid heat storage device comprises a high-temperature-resistant heat insulation protective layer, magnesium-iron heat storage piles and board type heaters. The high-temperature oil pumpcirculation system comprises an oil injecting pump, a circulating oil pump, furnace tubes and a safety valve. The hot water circulation system comprises a circulating water pump, a heat exchanger, aheat user and a water supply pipe. The water supply pipe is connected with the circulating water pump, the heat exchanger and the heat user. According to the organic heat carrier boiler, off-peak electricity heating is adopted for supplying heat source instead of burning of organic matter; economic efficiency, high efficiency and environment protection are achieved; non-burning and non-pollution are realized in real sense; the organic heat carrier boiler is reasonable in structure; energy-efficiency is achieved; off-peak electricity heat storage can be effectively utilized; the operation costis low; energy waste is avoided; the load stabilization of an electricity grid can be achieved conveniently; the heat storage temperature is high; the heat storage ability of a complete machine is high; and continuously releasing and outputting are achieved, furthermore, the duration can be guaranteed.

Description

technical field [0001] The invention relates to an organic heat carrier boiler which utilizes valley electricity and heats up and stores heat. Background technique [0002] Traditional hot water heat sources for production and living are generally produced by coal-fired or gas-fired boilers. This traditional heating method has low energy utilization and is prone to air pollution and greenhouse effect. [0003] In daily production and life, the power consumption at different times of the day is different. The power consumption during the peak period of the daytime is called the peak value, and the power consumption during the evening trough is called the valley value. The configuration of power generation and transmission equipment in the power supply system is different. It is configured according to the peak power demand. During the low power consumption period of the power supply system during the actual operation, there will be a large amount of surplus capacity. At prese...

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Problems solved by technology

[0003] In daily production and life, the power consumption at different times of the day is different. The power consumption during the peak period of the daytime is called the peak value, and the power consumption during the evening trough is called the valley value. The configuration of power generation and transmission equipment in the power supply system is different. It is configured according to the peak power demand. During the low power consumption period of the power supply system during the actual operation, there will be a large amount of surplus capacity. At present, the power cannot be saved in time, and large-scale power generation equipment cannot achieve timely capacity adjustment. This results in a huge waste of production capacity

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