The utility model discloses a new type of hydroelectric mixed cold and warm air conditioning, which includes a shell; an upper part of the shell is provided with an evaporator; a fan is provided under the evaporator; a compressor is provided with a compressor and a compressor is connected with the evaporator; the compressor is connected with the heat exchanger; the heat exchanger is provided with a heat exchange coil; the heat exchange coil is inflow with the inlet of the heat exchanger. The outlet is connected with the water pump, the outlet is connected with the wastewater recovery pool, and a power controller is provided in the shell, and the power controller is connected with the pump, the compressor, the heat exchanger, the four valve, the fan, the temperature sensor and the control switch respectively. The constant temperature of the ground water enters the heat exchanger for heat exchange, and the groundwater after the heat exchange is discharged to the wastewater recovery pool. The heat exchange tube II will send the heat transfer medium to the evaporator. After the heat reaches the set value, the heat is blown to the room by the fan. The energy of the heat demand is limited and the energy efficiency ratio is high because of the constant temperature of the underground water; and so is the refrigeration. Heating and cooling by constant temperature of underground water can greatly reduce the consumption of electricity.
【技术实现步骤摘要】
一种新型水电混合冷暖空调
本技术属于空调
,具体涉及一种新型水电混合冷暖空调。
技术介绍
现有技术中,空调作为调节室内温度的家用电器已走进千家万户,给人们的生活带来了诸多便利;现有的空调多数能够制热和制冷,在冬季制热时空调的外挂机将室外空气抽取经过压缩机进行电辅加热,然后从出风口处将热风吹向室内,室外温度越低能耗越高,效率越低;在夏季制冷时,空调的进风口将室内空气抽取经过压缩机进行制冷,热风排出室外冷风由出风口吹向室内,当室外温度越高时能耗越高,效率越低;在我国的北方地区,四季交替明显,气温温差大,使用传统的空调对电力的消耗大,造成使用成本居高不下。
技术实现思路
本技术的目的是解决现有技术存在传统空调耗电量大使用成本高的技术问题,提供一种新型水电混合冷暖空调,以克服现有技术的不足。为了达到上述目的,本技术采用的技术方案是:一种新型水电混合冷暖空调,它包括壳体;所述壳体的上部设有带有温度传感器的蒸发器;所述蒸发器的下方设有风扇;其要点是所述壳体的底部设有压缩机,且压缩机通过换热管Ⅰ与蒸发器相互连通;所述压缩机通过四通阀与换热器相互连接;所述换热器内设有与压缩机的换热管Ⅱ相互缠绕连接的换热盘管;所述换热盘管的进水口通过进水管与水泵相互连通,换热盘管的出水口通过出水管与废水回收池相互连通;所述壳体内设有电源控制器,且电源控制器分别通过导线与水泵、压缩机、换热器、四通阀、风扇、温度传感器和控制开关相互连接。本技术的有益效果是:水泵抽取恒温的地下水进入换热器内,通过换热器内的换热盘管进行热交换,热交换后的地下水通过出水管排向废水回收池;经过换热后换热管Ⅱ将换热介 ...
【技术保护点】
1.一种新型水电混合冷暖空调,它包括壳体(11);所述壳体(11)的上部设有带有温度传感器的蒸发器(12);所述蒸发器(12)的下方设有风扇(1);其特征是:所述壳体(11)的底部设有压缩机(9),且压缩机(9)通过换热管Ⅰ(10)与蒸发器(12)相互连通;所述压缩机(9)通过四通阀(6)与换热器(5)相互连接;所述换热器(5)内设有与压缩机(9)的换热管Ⅱ相互缠绕连接的换热盘管;所述换热盘管的进水口(3)通过进水管(7)与水泵(8)相互连通,换热盘管的出水口(4)通过出水管与废水回收池相互连通;所述壳体(11)内设有电源控制器,且电源控制器分别通过导线与水泵(8)、压缩机(9)、换热器(5)、四通阀(6)、风扇(1)、温度传感器和控制开关相互连接。
【技术特征摘要】
1.一种新型水电混合冷暖空调,它包括壳体(11);所述壳体(11)的上部设有带有温度传感器的蒸发器(12);所述蒸发器(12)的下方设有风扇(1);其特征是:所述壳体(11)的底部设有压缩机(9),且压缩机(9)通过换热管Ⅰ(10)与蒸发器(12)相互连通;所述压缩机(9)通过四通阀(6)与换热器(5)相互连接;所述换热器(5...
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