Heating and/or hot water installations
A heat and heat pump technology, applied in the field of thermal engineering, can solve the problem of insufficient efficiency, and achieve the effects of improving efficiency, improving device efficiency, and reducing exhaust emissions
Inactive Publication Date: 2017-04-26
阿布杜林·易李杜铯
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Problems solved by technology
[0003] The biggest disadvantage of the above-mentioned device is that it is not efficient enough; according to the requirements of effective heat exchange, the temperature of the source (exhaust gas) must exceed the temperature of the receiver (heat carrier of the heating system); because of these requirements, the heat generator exhausted into the air The exhaust gas temperature cannot be lower than the temperature of the heating medium in the heating system
Method used
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[0035] The combined heat and power unit is equipped with a four-stroke internal combustion engine 1; any car engine can be used, for example, Lada VAZ 2106 with radiator. The device consists of a generator 2 mechanically connected to the internal combustion engine 1, an exhaust gas heat exchanger 3 (in order to improve the heat exchange between the exhaust gas and the heat carrier, the heat exchanger is a closed container 4 with a snail-shaped road with a large surface area. The exhaust gas The container of the heat exchanger 3 is filled with the heat carrier of the heating system. According to the requirements of heat exchange optimization, the structure of the exhaust gas heat exchanger 3 can be the same as that of the heat exchanger of the supplementary combustion heating boiler (water inlet coil). (See http: / / www.mukhin.ru / teplo / auerpulsar.html )
[0036] The device also includes a heat exchanger 5 for cooling the heat generator; the outlet of the heat exchanger is si...
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The invention provides a device for providing individual heating and hot water for a residential building. An explosive motor is used in the device; the device is equipped with an exhaust gas heat exchanger connected to the explosive motor; the device is also equipped with a heat pump with a compressor, and is equipped with a cooling circuit, a heating circuit and a heat exchanger of the heating circuit; a heat exchanger inlet of the heating circuit of the heat pump is connected with an outlet of a system; a heat exchanger outlet of the heating circuit of the heat pump is connected with the exhaust gas heat exchanger; an outlet of the exhaust gas heat exchanger is connected with a system inlet of a system heat carrier; the cooling circuit is arranged on a heat carrier of a bubble former; the heat carrier of the bubble former is capable of forming an air chamber; an exhaust gas discharging channel is soaked in the heat carrier of the bubble former; multiple holes are arranged in the surface of the channel; an exhaust gas channel is connected with the outlet of the exhaust gas heat exchanger; the outlet of the heat pump cooling circuit is connected to the inlet of the heating circuit via the compressor; and exhaust gas in the bubble former is discharged to atmosphere. Via the increasing of waste heat recovery of the heat carrier (the exhaust gas), consumption of heat is reduced and efficiency of the device is increased.
Description
technical field [0001] The invention belongs to the field of thermal engineering and is used for independent heating and hot water supply for residential buildings, industrial buildings, agricultural and sideline buildings, greenhouses and medium-sized livestock farms. Background technique [0002] According to http: / / www.cogeneration.ru Information published on the website (page "About cogeneration, distributed generation and thermal power plant construction"), there is a mini heat and power center with cogeneration unit including water boiler, gas turbine cogeneration unit (with diesel Generator – thermal generator with recycled components and production management system). The above thermoelectric center provides a closed building heating system through the heat recovery of the heat generator and the heating of the heat carrier. Heat generators utilize liquid or gaseous primary fuels. The cogeneration device of the thermoelectric center described above is the closest a...
Claims
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IPC IPC(8): F24D15/04F25B27/02F01N5/02
CPCY02A30/274Y02T10/12
Inventor 阿布杜林·易李杜铯
Owner 阿布杜林·易李杜铯