The utility model relates to a regenerative heat circulating system, which comprises a heat furnace body and a hot air circulating system. The hot air circulating system is installed in the heat furnace body; the heat furnace body includes an outer shell with an inner cavity and an electric controller in the outer shell; the hot air circulating system includes a circulating fan, a heat storage device and a heat exchanger; the heat storage device includes an electric heat pipe and a heat storage brick; and the electric conductor and conductivity are arranged on the electric heat pipe. The cross-section area of the body is larger than that of the electric heat pipe, and the electric heat pipe and the electric conductor are embedded in the regenerative brick; the heat exchanger is equipped with a water inlet and outlet, which are connected with the water inlet and the water outlet, and the water inlet and the water outlet are connected with the water outlet, and the water inlet and the water outlet are connected with the water outlet, and the water inlet and the water outlet are extended to the outer shell; the shell is equipped with a temperature probe, and the temperature probe and the circulating fan are The structure of the thermal cycle system is ingenious, and the utilization rate of thermal resources is high. It can effectively reduce the waste of resources and the cost of use. It is conducive to the promotion and application of heating equipment in the long market.
【技术实现步骤摘要】
一种蓄热式热循环系统
本技术涉及取暖设备
,具体是一种蓄热式热循环系统。
技术介绍
随着全球气候变异,人口密度增加,怎样节能减排已成为人类关注的焦点。而提高取暖设备的利用率,也是能源保护的一大改进点。市场上常见的取暖设备为暖气片取暖,通过热媒如水等在暖气片内流过时,热媒所携带的热量通过暖气散热片不断地传给温度较低的物体,从而实现热能的温差传递,这种暖气片笨重而且大都一体成型,暖气片的温度最多会达到和管里的热煤一样的温度,不会超过热煤的温度,实际中暖气片要向周围空间散热,也就不会达到下面水管里热水的温度,暖气片的入口温度比出口处温度高,热煤从管道输送到暖气片的途中,存在比较大的能源损耗。而另一种电暖器是利用通电后电热管加热,电能转换成热能的瞬间即热量传递并释放到空气中,如此反复循环,使室内温度得以提高,但这种取暖器也存在缺点,其通过增减电热管的接通数量来调节功率,升温缓慢,不能储热,用电量大,持续用电时间长,断电后很快房间会回冷;如需升温快,只能通过提高功率来实现,耗电且不节能。现有的热循环系统中,由于不能感知炉体内与炉体外的温差,导致风机会持续不断的以同频率 ...
【技术保护点】
1.一种蓄热式热循环系统,其特征在于:包括热炉体和热风循环系统,所述热风循环系统安装于所述热炉体内;所述热炉体包括内设空腔的外壳(1),所述外壳(1)内设电控制器;所述热风循环系统包括循环风机(8)、蓄热装置及热交换器(7),所述蓄热装置包括电热管(6)和蓄热砖(4),所述电热管(6)上设有电导体(61),所述电导体(61)截面面积大于所述电热管(6),所述电热管(6)与电导体(61)内嵌于所述蓄热砖(4);所述热交换器(7)上设有进水口(3)和出水口(2),所述进水口(3)连接进水管(31),所述出水口(2)连接出水管(21),进水管(31)与出水管(21)相连通,所述进 ...
【技术特征摘要】
1.一种蓄热式热循环系统,其特征在于:包括热炉体和热风循环系统,所述热风循环系统安装于所述热炉体内;所述热炉体包括内设空腔的外壳(1),所述外壳(1)内设电控制器;所述热风循环系统包括循环风机(8)、蓄热装置及热交换器(7),所述蓄热装置包括电热管(6)和蓄热砖(4),所述电热管(6)上设有电导体(61),所述电导体(61)截面面积大于所述电热管(6),所述电热管(6)与电导体(61)内嵌于所述蓄热砖(4);所述热交换器(7)上设有进水口(3)和出水口(2),所述进水口(3)连接进水管(31),所述出水口(2)连接出水管(21),进水管(31)与出水管(21)相连通,所述进水管(31)与出水管(21)均延伸至所述外壳(1)外;所述外壳(1)上设有温度探针(12),所述温度探针(12)与所述循环风机(8)均与电控制器相连。2.根据权利要求1所述的一种蓄热式热循环系统,其特征在于:所述电热管(6)呈管状,所述电导体(61)呈球状,多个所述电导体(61)等间距分布于所述电热管(6)上。3.根据权利要求1所述的一种蓄热式热循环系统,其特征在于:所述蓄热砖(4)与所述外壳(1)之间设有隔热板(5),多块隔热板(5)围成一供所述蓄热砖...
【专利技术属性】
技术研发人员:闵大伟,
申请(专利权)人:平湖伟峰科技有限责任公司,
类型:新型
国别省市:浙江,33
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