產生冷氣使室鱗低，與此_低溫冷雜賴為高溫冷媒； 第二管路切換閥400使壓縮機13〇自第一蒸發器11〇輸入高溫 ，媒’而後加以加壓；第四管路切換閥_使壓縮機13〇輸出 高溫冷媒至熱水器220 ’熱水器220利用高溫冷媒產生熱水， 與此同時高溫冷媒被轉換為低溫冷媒；第三管路切換閥5〇〇使 膨脹裝置140自熱水器220輸入低溫冷媒，而後加以降壓。此 時第-蒸發器110及熱水器22〇 _作動，一方面對室内提供 冷氣，另一方面提供熱水。 當工作於第二操作模式時，第一管路切換閥300使膨脹裝 置140輸出低溫冷媒至第一蒸發器11〇，以產生冷氣使室溫降 低’與此同時低溫冷媒被轉換為高溫冷媒；第二管路切換間 伽使壓賴130自第-蒸發器11〇輸入高溫冷媒，而後加以 ^壓；第四管路切換閥咖使壓縮機13〇輸出高溫冷媒至冷凝 益210 ’冷凝器21〇利用高溫冷媒產生熱風以供乾衣物，與此 同時冋溫冷媒被轉換為低溫冷媒；第三管路切換閥剛使膨脹 裝置140自冷凝器21〇輸入低溫冷媒，而後加以降壓。此時第 =蒸發器110及冷凝器210同時作動，一方面對室内提供冷 氣，另一方面提供熱風以烘乾衣物。 當操作於第三操作模式時，第一管路切換閥3〇〇使膨脹裝 置140輸出低溫冷媒至第二蒸發器12〇，以產生冷氣乾燥衣 物，與此同時低溫冷媒被轉換為高溫冷媒；第二管路切換閥 4〇〇使壓縮機130自第二蒸發器丨2()輸入高溫冷媒，而後加以 加壓’第四管路切換閥600使壓縮機130輸出高溫冷媒至熱水 器220，熱水器no利用高溫冷媒產生熱水，與此同時高溫冷 媒被轉換為低溫冷媒；第三管路切換閥500使膨脹裝置14〇自 熱水器220輸入低溫冷媒，而後加以降壓。此時第二蒸發这 i2〇及熱水器220同時作動，一方面提供冷風以乾燥衣物二】 一方面提供熱水。 本創作已由上述相關實施例加以描述，然而上述實施例僅 為實施本創作之範例。必需指㈣是’已揭露之實施例並未限 制本創作之範圍。相反地’包含於申請專利範圍之精神及範圍 之修改及均等設置均包含於本創作之範圍内。 【圖式簡單說明】 圓1為本創作能源整合供應裝置的一實施例的示意圖； 圖2為圖1所示能源整合供應裝置的熱水器的剖視圖； 圖3為圖1所示能源整合供絲置的使用實施例的示意圖。 【主要元件符號說明】 110第一蒸發器 120第二蒸發器 121迴繞管路 122風扇 130壓縮機 140膨脹裝置 210冷凝器 211迴繞管路The cold air is generated to make the chamber scale low, and the low temperature cold is caused by the high temperature refrigerant; the second pipeline switching valve 400 causes the compressor 13 to input the high temperature from the first evaporator 11 , and then pressurizes the medium; The road switching valve _ causes the compressor 13 to output high temperature refrigerant to the water heater 220. The water heater 220 generates hot water by using the high temperature refrigerant, and at the same time, the high temperature refrigerant is converted into a low temperature refrigerant; the third line switching valve 5 〇〇 causes the expansion device 140 to self The water heater 220 inputs a low temperature refrigerant and then depressurizes it. At this time, the first evaporator 110 and the water heater 22 are operated to provide cold air to the room and hot water on the other hand. When operating in the second mode of operation, the first line switching valve 300 causes the expansion device 140 to output low temperature refrigerant to the first evaporator 11A to generate cold air to lower the room temperature while the low temperature refrigerant is converted into a high temperature refrigerant; The second pipeline switching gamma pressure 130 is input from the first evaporator 104 into the high temperature refrigerant, and then is pressed; the fourth pipeline switching valve causes the compressor 13 to output the high temperature refrigerant to the condensation benefit 210 'condenser 21 〇 High-temperature refrigerant is used to generate hot air for drying clothes, and at the same time, the tempering refrigerant is converted into a low-temperature refrigerant; the third line switching valve just causes the expansion device 140 to be input into the low-temperature refrigerant from the condenser 21, and then is depressurized. At this time, the evaporator 105 and the condenser 210 are simultaneously operated to supply cold air to the inside of the room and hot air to dry the clothes on the other hand. When operating in the third mode of operation, the first line switching valve 3 causes the expansion device 140 to output low temperature refrigerant to the second evaporator 12A to generate cold air drying laundry, while the low temperature refrigerant is converted into a high temperature refrigerant; The second pipeline switching valve 4 causes the compressor 130 to input the high temperature refrigerant from the second evaporator 丨 2 (), and then pressurizes the 'fourth pipeline switching valve 600 to cause the compressor 130 to output the high temperature refrigerant to the water heater 220, the water heater The high-temperature refrigerant generates hot water, and at the same time, the high-temperature refrigerant is converted into a low-temperature refrigerant; the third line switching valve 500 causes the expansion device 14 to input the low-temperature refrigerant from the water heater 220, and then depressurizes. At this time, the second evaporation of the i2 〇 and the water heater 220 simultaneously act to provide cold air to dry the laundry on the one hand] to provide hot water on the one hand. This creation has been described by the above related embodiments, but the above embodiments are merely examples for implementing the present creation. It must be said that (4) is 'the disclosed embodiment does not limit the scope of this creation. To the contrary, modifications and equivalent arrangements are intended to be included within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a cross-sectional view of a water heater of the energy integrated supply device of FIG. 1; FIG. 3 is a cross-sectional view of the energy integrated device of FIG. A schematic of the use of the embodiments. [Main component symbol description] 110 first evaporator 120 second evaporator 121 rewinding pipe 122 fan 130 compressor 140 expansion device 210 condenser 211 rewinding pipe