The invention relates to the technical field of tower type photo-thermal power station construction, in particular to a tower type photo-thermal power station fused salt heat absorber integral hoisting construction method, and a fused salt heat absorber comprises an inlet buffer tank, an outlet buffer tank, a pressure air storage tank, a heat absorption tube panel, a support hanger, a plurality of valves and a plurality of instruments. The construction method comprises the following construction steps: pre-assembling the heat absorber: pre-assembling each part of the heat absorber on the ground; hoisting and transporting: integrally hoisting the pre-assembled fused salt heat absorber by using hoisting equipment; positioning, adjusting, fixing and connecting; according to the integral hoisting construction method for the fused salt heat absorber of the tower-type photo-thermal power station, an inlet buffer tank, an outlet buffer tank, a pressure air storage tank, a heat absorption tube panel, a support hanger, a plurality of valves and instruments are pre-assembled on the ground, and then are integrally hoisted and transported to a preset position for installation; the time for on-site assembly and debugging of the heat absorber is shortened, and the installation efficiency of the heat absorber is effectively improved.
本申请涉及塔式光热电站建设技术领域,尤其涉及一种塔式光热电站熔盐吸热器整体吊装施工方法,熔盐吸热器包括进口缓冲罐、出口缓冲罐、压力空气储罐、吸热管屏、支吊架以及多个阀门和仪表,其施工步骤包括:吸热器预组装:在地面对吸热器各部件进行预组装;起吊与运输:使用吊装设备对预组装的熔盐吸热器进行整体吊装;定位与调整以及固定和连接;设置的塔式光热电站熔盐吸热器整体吊装施工方法,通过在地面对进口缓冲罐、出口缓冲罐、压力空气储罐、吸热管屏、支吊架以及多个阀门和仪表进行预组装,然后再整体起吊和运输至预定位置进行安装的方式,有利于减少吸热器现场组装和调试的时间,有效提高吸热器的安装效率。
Tower type photo-thermal power station fused salt heat absorber integral hoisting construction method
一种塔式光热电站熔盐吸热器整体吊装施工方法
2024-08-16
Patent
Electronic Resource
Chinese
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