The scheme is open by two methods of soil, dig a deep pit in the ground or can realize heat exchange places, to see the depth of groundwater is appropriate, because the groundwater cool can be used as a method to control the temperature, pump the groundwater directly into the interior walls of brass or copper pipe, heating heat exchanger, indoor circulating water Shun local brass aggregated to the outdoor row back to the original implementation of the water cycle can be discharged into the river, in the process of the circulation of groundwater by means of heat exchanger, the fan can adjust the indoor temperature, to pipe blowing or heating pipe radiation method two, placed as brass or radiator heat exchanger or other types of heat exchangers in the underground heat. One end is connected with the indoor air exchanger, the other end of the blower fan to the indoor or outdoor air is pumped into the deep groundwater along the tube, through in groundwater The heat exchanger transformation of air temperature, and then turn the air into the indoor or indoor air conditioning heating pipe pipe, the introduction of indoor air in the room directly involved in indoor heat exchange through the change of indoor temperature, heating and air conditioning pipe air through the two heat exchange indirect indoor temperature.
【技术实现步骤摘要】
室内地暖空调，节能环保，地下水冬暖夏凉。
技术介绍
室内地暖空调，节能环保，地下水冬暖夏凉。
技术实现思路
本方案公开利用地温的两种方法，在地下挖一深井深坑或能实现热交换的场所，深度要以见地下水为宜，由于地下水冬暖夏凉可以用作调控温度，方法一，用水泵把地下水直接引入室内地暖铜管、墙壁铜管或热交换器，室内循环水顺铜管汇总到室外排回原来的地方实现水循环也可排入河道，在循环的过程中地下水借助热交换器、风机向铜管吹风或地暖管辐射等方式实现室内温度的调节，方法二，在井下放置铜管或暖气片一样热交换器或其他类型热交换器，热交换器一端接室内空气，另一端接风机，风机把室内或室外空气顺铜管抽入地下水深处，在地下水中通过热交换器变换空气温度，然后又将空气引入室内或室内地暖管空调管，引入室内的空气在室内直接参与室内的热交换改变室内温度，流经地暖和空调器铜管的空气通过二次热交换间接室内温度。
【技术保护点】
由说明书可知该地温利用方案需要一个能够冬暖夏凉的热交换环境，如果只是夏凉或冬暖的环境则只能实现一种调温模式。
【技术特征摘要】
1.由说明书可知该地温利用方案需要一个能够冬暖夏凉的热交换环境，如果只是夏凉或冬暖的环境则只能实现一种调温模式。2.有说明书可知调控温度的介质可以是地下水也可以是经过热交换器处理过的空气，当用地下水作为调温热交换介质时热交换的实现地点是在室内，热交换设备可以是地暖铜管、暖气片等，但是介质是空气时，空气在地下水中预先进行了热交换，空气可以直接通入室内进行对流调温，也可以通入地暖铜管空调管暖气片进行热交换。3.有说...
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