EXHAUST HEAT RECOVERING SYSTEM AND AUXILIARY HEAT STORAGE TANK
PROBLEM TO BE SOLVED: To provide an exhaust heat recovering system capable of storing excess heat generated in heating by utilizing a cogeneration system, being operated for a long time without stopping an engine and the like, and effectively utilizing the stored heat. SOLUTION: This exhaust heat re...
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| creator | HAMAYA YOSHIKAZU INOUE KIYOHARU KUBOYA YOSHIKANE TOUGEDA NAOKI UMEHARA ATSUSHI NAKAJIMA YOSHIHIDE NAKANO KUNIHIKO |
| description | PROBLEM TO BE SOLVED: To provide an exhaust heat recovering system capable of storing excess heat generated in heating by utilizing a cogeneration system, being operated for a long time without stopping an engine and the like, and effectively utilizing the stored heat. SOLUTION: This exhaust heat recovering system is composed of a power generating portion 2, a hot water supply heating portion 3 and an auxiliary heat storage tank unit 121. The power generating portion 2 comprises a generator mounted with a gas engine 5. The hot water supply heating portion 3 comprises a main heat storage tank 31, and the main heat storage tank 31 can store hot water (heat medium) in a state of forming a temperature lamination. The auxiliary heat storage tank unit 121 comprises an auxiliary heat storage tank 122, and can store heat in a heat storage member. The auxiliary heat storage tank unit 121 has a heat introduction passage 123 and a heat discharge passage 125 passing the inside of the auxiliary heat storage tank 122, and a first bypass flow channel 126 and a second bypass flow channel 127 for bypassing them. COPYRIGHT: (C)2009,JPO&INPIT |
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SOLUTION: This exhaust heat recovering system is composed of a power generating portion 2, a hot water supply heating portion 3 and an auxiliary heat storage tank unit 121. The power generating portion 2 comprises a generator mounted with a gas engine 5. The hot water supply heating portion 3 comprises a main heat storage tank 31, and the main heat storage tank 31 can store hot water (heat medium) in a state of forming a temperature lamination. The auxiliary heat storage tank unit 121 comprises an auxiliary heat storage tank 122, and can store heat in a heat storage member. The auxiliary heat storage tank unit 121 has a heat introduction passage 123 and a heat discharge passage 125 passing the inside of the auxiliary heat storage tank 122, and a first bypass flow channel 126 and a second bypass flow channel 127 for bypassing them. 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SOLUTION: This exhaust heat recovering system is composed of a power generating portion 2, a hot water supply heating portion 3 and an auxiliary heat storage tank unit 121. The power generating portion 2 comprises a generator mounted with a gas engine 5. The hot water supply heating portion 3 comprises a main heat storage tank 31, and the main heat storage tank 31 can store hot water (heat medium) in a state of forming a temperature lamination. The auxiliary heat storage tank unit 121 comprises an auxiliary heat storage tank 122, and can store heat in a heat storage member. The auxiliary heat storage tank unit 121 has a heat introduction passage 123 and a heat discharge passage 125 passing the inside of the auxiliary heat storage tank 122, and a first bypass flow channel 126 and a second bypass flow channel 127 for bypassing them. 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SOLUTION: This exhaust heat recovering system is composed of a power generating portion 2, a hot water supply heating portion 3 and an auxiliary heat storage tank unit 121. The power generating portion 2 comprises a generator mounted with a gas engine 5. The hot water supply heating portion 3 comprises a main heat storage tank 31, and the main heat storage tank 31 can store hot water (heat medium) in a state of forming a temperature lamination. The auxiliary heat storage tank unit 121 comprises an auxiliary heat storage tank 122, and can store heat in a heat storage member. The auxiliary heat storage tank unit 121 has a heat introduction passage 123 and a heat discharge passage 125 passing the inside of the auxiliary heat storage tank 122, and a first bypass flow channel 126 and a second bypass flow channel 127 for bypassing them. COPYRIGHT: (C)2009,JPO&INPIT</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | BLASTING DOMESTIC HOT-WATER SUPPLY SYSTEMS DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATINGSYSTEMS ELEMENTS OR COMPONENTS THEREFOR FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEATGENERATING MEANS, IN GENERAL HEATING LIGHTING MECHANICAL ENGINEERING RANGES VENTILATING WEAPONS |
| title | EXHAUST HEAT RECOVERING SYSTEM AND AUXILIARY HEAT STORAGE TANK |
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