The utility model relates to an air energy water heater, aiming at solving the problems of the compressor life, the volume, the cost and the heat exchange efficiency of the water heater. 1. The compressor is completely in the medium water of the heat exchange water tank, and no special compressor designed specially. 2, the air water heater heat exchange mode, the use of forced circulation. 3, the use of municipal water pipes through the built-in heat storage water tank coil, only absorb heat. 4. The heat storage water tank is only used for heat storage, and it is not involved in pressure bearing. The material and shape are limited. 5 \u3001 circulating water pump adopts submersible pump, built-in heat exchange water tank, reduce leakage point and heat preservation treatment. 6, the heat storage water tank and the heat exchange water tank are separately arranged, which is favorable for installation, debugging, maintenance and transportation. 7, the heat storage water tank and the heat exchange water tank can not bear the water supply pressure, and the utility model is reliable in use. 8. Almost all the facilities are installed in the heat exchange water tank, and the air conditioner generated by the unit can be conveniently utilized. 9, high thermal efficiency. Few parts of the heat sink.
【技术实现步骤摘要】
双水箱管道承压式空气能热水器
本专利技术涉及空气能热水器领域,具体而言涉及空气能热水器的取热方法。
技术介绍
空气能热水器,也称热泵热水器、空气源热水器,是运用热泵工作原理从空气中转移热量来制造热水的装置,空气能热水器通过冷媒不断地完成压缩、冷凝、节流、蒸发不断循环将外界的热量转移到水中。制取相同数量的热水,相对于电热水器,电能消耗只有四分之一,与太阳能热水器相比也不依赖阳光取热,空气能热水器通过冷媒换热,水不直接与电加热元件接触,不会有电加热存在的漏电、干烧等隐患,也没有燃气热水器产生废气中毒和泄漏爆炸的隐患,使用安全环保。空气能热水器的主要缺点是:1、空气能热水器使用压缩机的工作条件远比空调制冷时恶劣,高温、高压是目前空气能热水器压缩机易坏的普遍现象。2、空气能热水器热交换方式主要有4种,在50~60摄氏度范围,热水极易结垢,罐式热交换器易结垢,热效能大幅下降,难于清洗,套管式内螺旋管易被结垢挤破而报废,蓄水罐外盘管式尺寸大,耗材多,造价高,蓄水罐内盘管式铜管在热水中极易腐蚀泄漏而报废。3、由于空气能热水器需要致冷循环进行多次热交换,加热速度慢,所以需要较大容 ...
【技术保护点】
一种空气能热水器,其特征在于:包括换热水箱(可以是圆柱形或矩形)、蓄热水箱,设置在换热水箱内有压缩机、循环潜水泵,换热水箱外置换热盘管,膨胀阀(或毛细管)、空气换热器、换热风扇、水箱保温内胆、控制电路板。压缩机的高压出口与换热水箱外壁的换热管相连,换热水箱外壁的换热管末端与膨胀阀(或毛细管)相连,膨胀阀(或毛细管)末端与空气换热器相连,空气换热器末端与压缩机低压接口相连,换热风扇推动外界空气充分换热,换热水箱内的潜水泵,将水输出至蓄热水箱,然后通过蓄热水箱的回水口流回吸热水箱,蓄热水箱内置热水输出盘管。
【技术特征摘要】
1.一种空气能热水器,其特征在于:包括换热水箱(可以是圆柱形或矩形)、蓄热水箱,设置在换热水箱内有压缩机、循环潜水泵,换热水箱外置换热盘管,膨胀阀(或毛细管)、空气换热器、换热风扇、水箱保温内胆、控制电路板。压缩机的高压出口与换热水箱外壁的换热管相连,换热水箱外壁的换热管末端与膨胀阀(或毛细管)相连,膨胀阀(或毛细管)末端与空气换热器相连,空气换热器末端与压缩机低压接口相连,换热风扇推动外界空气充分换热,换热水箱内的潜水泵,将水输出至蓄热水箱,然后通过蓄热水箱的回水口流回吸热水箱,蓄热水箱内置热水输出盘管。2.根据权利要求1、所示的空气能热水器其特征在于:压缩机进行了严格的密封防锈处理后,整体浸没于换热水箱内的中间介质水中。3.根据权利要求1、所示的空气能热水器其特征在于:换热水箱换热盘管设在换热水箱外壁。4.根据权利要求1、所示的空气能热水器其特征在于:换热水箱换热盘管外,贴有保温层。5.根据权利要求1、所示...
【专利技术属性】
技术研发人员:吴志林,
申请(专利权)人:吴志林,重庆索尔迪科技有限责任公司,
类型:发明
国别省市:重庆,50
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