Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Super high-rise building high-pressure water supply system with water supply equipment intensively arranged in low-position pump room
The invention provides a high-pressure water supply system for a super high-rise building with water supply equipment intensively arranged in a low-position pump room. The high-pressure water supply system comprises primary lifting equipment and secondary lifting equipment which are directly connected with a municipal water supply pipe or indirectly connected with the municipal water supply pipe through a cutoff water tank; the primary lifting equipment absorbs water, pressurizes and lifts the water and then conveys the water to the secondary lifting equipment, and the secondary lifting equipment pressurizes and lifts the water again and then directly supplies water to a water supply area; and the primary lifting equipment and the secondary lifting equipment are arranged in the same low-position pump room. The highest water supply pressure of the high-pressure water supply system reaches 3.0 MPa, and water can be directly supplied to any area above 100 meters; the problems of water pump noise vibration and decentralized management caused by arranging a pump room on a middle floor of a normal-pressure water supply system and the water quality pollution problem caused by arranging a middle water tank when a series relay water supply mode is adopted are solved; meanwhile, a water supply system is simplified, and the fault probability of the system is reduced. The method is applicable to super high-rise buildings with the building height within 250 m.
本发明提供一种供水设备集中设于低位泵房的超高层建筑高压供水系统，包括与市政供水管直接连接或通过断流水箱间接连接的初级提升设备和二级提升设备；初级提升设备进行吸水，加压提升后输送到二级提升设备，由二级提升设备再次加压提升后直接供水到供水区；初级提升设备和二级提升设备设置于同一低位泵房内。本发明的高压供水系统最高供水压力达3.0MPa，可给百米以上任意区域直接供水；避免了常压供水系统在中间楼层设置泵房带来的水泵噪声振动、分散管理难题以及采用串联接力供水方式时设置中间水箱的水质污染问题；同时简化了供水系统，降低了系统的故障几率。本发明的适用范围为建筑高度250m以内超高层建筑。
Super high-rise building high-pressure water supply system with water supply equipment intensively arranged in low-position pump room
The invention provides a high-pressure water supply system for a super high-rise building with water supply equipment intensively arranged in a low-position pump room. The high-pressure water supply system comprises primary lifting equipment and secondary lifting equipment which are directly connected with a municipal water supply pipe or indirectly connected with the municipal water supply pipe through a cutoff water tank; the primary lifting equipment absorbs water, pressurizes and lifts the water and then conveys the water to the secondary lifting equipment, and the secondary lifting equipment pressurizes and lifts the water again and then directly supplies water to a water supply area; and the primary lifting equipment and the secondary lifting equipment are arranged in the same low-position pump room. The highest water supply pressure of the high-pressure water supply system reaches 3.0 MPa, and water can be directly supplied to any area above 100 meters; the problems of water pump noise vibration and decentralized management caused by arranging a pump room on a middle floor of a normal-pressure water supply system and the water quality pollution problem caused by arranging a middle water tank when a series relay water supply mode is adopted are solved; meanwhile, a water supply system is simplified, and the fault probability of the system is reduced. The method is applicable to super high-rise buildings with the building height within 250 m.
本发明提供一种供水设备集中设于低位泵房的超高层建筑高压供水系统，包括与市政供水管直接连接或通过断流水箱间接连接的初级提升设备和二级提升设备；初级提升设备进行吸水，加压提升后输送到二级提升设备，由二级提升设备再次加压提升后直接供水到供水区；初级提升设备和二级提升设备设置于同一低位泵房内。本发明的高压供水系统最高供水压力达3.0MPa，可给百米以上任意区域直接供水；避免了常压供水系统在中间楼层设置泵房带来的水泵噪声振动、分散管理难题以及采用串联接力供水方式时设置中间水箱的水质污染问题；同时简化了供水系统，降低了系统的故障几率。本发明的适用范围为建筑高度250m以内超高层建筑。
Super high-rise building high-pressure water supply system with water supply equipment intensively arranged in low-position pump room
一种供水设备集中设于低位泵房的超高层建筑高压供水系统
HUANG XINTIAN (Autor:in) / WANG DONGHAO (Autor:in) / YANG DESHENG (Autor:in)
12.08.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
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INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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