The utility model relates to a heating and water supply system, in particular to an integrated heating and water supply system for villas. The structure comprises a landing landing boiler, boiler set natural gas pipeline, the cold water inlet pipe and water outlet pipe, hot water outlet pipe through the water pressure distribution center connected with bearing built-in coil pressure type water tank, the water tank is provided with a built-in coil temperature controller and pressure gauge, water pressure distribution center are respectively connected with the radiator and heating components component, pressure type coil unit in the water tank is connected with the tap water inlet pipe and water outlet pipe life, water pressure distribution center through the cold water inlet pipe connection pipe, pressure type built-in coil water tank is also connected with the solar hot water supply device, solar hot water supply device comprises a solar panel, solar panel connected solar pumping station through the pipeline, the solar pump station. Pressure type water tank through the built-in coil pipe, solar pumping station and built-in pressure The temperature controller in the coil water tank is electrically connected with the solar energy intelligent controller. Comprehensive heating water supply system in a single family villas of the utility model, the water pressure distribution center through the implementation of water supply and water recycling and heating, and the pressure bearing type water tank is assigned to the built-in coil heating and living water, the unified management of hot and cold water, the hot water utilization rate is greatly improved, and can fully recycle heat.
【技术实现步骤摘要】
一种别墅独栋用综合采暖供水系统
本技术涉及一种采暖供水系统,特别涉及一种别墅独栋用综合采暖供水系统。
技术介绍
现有技术下,针对一些大型住宅,比如别墅,其由于空间大,房间各个区域的使用程度不一样,这就造成采暖和温热生活用水的供给都十分不便,而且会造成很大的热量浪费,往往供给一个别墅的热量有一半以上都会被白白浪费掉,造成了极大的资源浪费。
技术实现思路
为了解决现有技术的问题,本技术提供了一种别墅独栋用综合采暖供水系统,其通过混水分压分配中心实现热水供给和冷水回收再加热,并通过承压式内置盘管水箱分配给采暖和生活用水,统一管理冷热水,使得热水利用率大幅度提高,并能够充分回收再利用热量。本技术所采用的技术方案如下:一种别墅独栋用综合采暖供水系统,包括落地锅炉,所述的落地锅炉设置天然气进气管路,冷水进水管路和热水出水管路,热水出水管路通过混水分压分配中心连接承压式内置盘管水箱,所述的承压式内置盘管水箱内设置有温控器和压力表,所述的混水分压分配中心还分别连接散热器组件和地暖组件,所述的承压式内置盘管水箱连接有自来水进水管路和生活用水出水管路,所述的混水分压分配中心还通过管路连接所述的冷水进水管路,所述的承压式内置盘管水箱还连接有太阳能热水供给装置,所述的太阳能热水供给装置包括太阳能板,所述的太阳能板通过管路连接太阳能泵站,所述的太阳能泵站通过管路连接所述的承压式内置盘管水箱,所述的太阳能泵站和承压式内置盘管水箱内的温控器电连接太阳能智能控制器。冷水进水管路上设置有压力表,膨胀球和安全阀。地暖组件包括集分水器和地暖盘管,所述的集分水器一端连接混水分压分配中心,另一端连接所述的 ...
【技术保护点】
一种别墅独栋用综合采暖供水系统,包括落地锅炉,所述的落地锅炉设置天然气进气管路,冷水进水管路和热水出水管路,其特征在于,所述的热水出水管路通过混水分压分配中心连接承压式内置盘管水箱,所述的承压式内置盘管水箱内设置有温控器和压力表,所述的混水分压分配中心还分别连接散热器组件和地暖组件,所述的承压式内置盘管水箱连接有自来水进水管路和生活用水出水管路,所述的混水分压分配中心还通过管路连接所述的冷水进水管路,所述的承压式内置盘管水箱还连接有太阳能热水供给装置,所述的太阳能热水供给装置包括太阳能板,所述的太阳能板通过管路连接太阳能泵站,所述的太阳能泵站通过管路连接所述的承压式内置盘管水箱,所述的太阳能泵站和承压式内置盘管水箱内的温控器电连接太阳能智能控制器。
【技术特征摘要】
1.一种别墅独栋用综合采暖供水系统,包括落地锅炉,所述的落地锅炉设置天然气进气管路,冷水进水管路和热水出水管路,其特征在于,所述的热水出水管路通过混水分压分配中心连接承压式内置盘管水箱,所述的承压式内置盘管水箱内设置有温控器和压力表,所述的混水分压分配中心还分别连接散热器组件和地暖组件,所述的承压式内置盘管水箱连接有自来水进水管路和生活用水出水管路,所述的混水分压分配中心还通过管路连接所述的冷水进水管路,所述的承压式内置盘管水箱还连接有太阳能热水供给装置,所述的太阳能热水供给装置包括太阳能板,所述的太阳能板通过管路连接太阳能泵站,所述的太阳能泵站通过管路连接所述的承压式内置盘管水箱,所述的太阳能泵站和承压式内置盘管水箱内的温控器电连接太阳能智能控制器。2.根据权利要求1所述的一种别墅独栋用综...
【专利技术属性】
技术研发人员:吴曰林,吴万旺,
申请(专利权)人:江西欧龙实业有限公司,
类型:新型
国别省市:江西,36
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