A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Modular intelligent subway standard station large-end equipment management system and intelligent station
The invention belongs to the technical field of intelligent station operation management, and provides a modular intelligent subway standard station large-end equipment management system and an intelligent station, and the management system comprises a management region, a system region and an electromechanical region. A plurality of management rooms are arranged in the management area; a plurality of system rooms are arranged in the system area; a plurality of electromechanical rooms are arranged in the electromechanical area; the management area and the electromechanical area are respectively arranged at two sides of the system area, the electromechanical area is arranged at a corner and has three closed surfaces, a first passage is arranged between the management area and the system area, a second passage is arranged between the system area and the electromechanical area, and the first passage is communicated with the second passage. And a first aisle and a second aisle are respectively arranged on two outer sides of the management area and the system area. The management room, the system equipment and the electromechanical equipment are arranged in a centralized mode, management concentration and equipment concentration are achieved, air conditioners in the management area, the system area and the electromechanical area can be controlled separately, and then the effect of energy-saving emission of the air conditioners is achieved.
本发明属于智慧车站运营管理技术领域，提供一种模块化智慧地铁标准站大端设备管理系统及智慧车站，其中的管理系统包括管理区、系统区以及机电区；管理区中设有多个管理用房；系统区中设有多个系统用房；机电区中设有多个机电用房；所述管理区和所述机电区分别设置在所述系统区的两边，所述机电区设置在角落处且三面封闭，所述管理区和所述系统区之间设有第一过道，所述系统区和所述机电区之间设有第二过道，且所述管理区和所述系统区两外侧分别设有第一走道和第二走道。本发明将管理用房、系统设备和机电设备分别集中设置，实现管理集中和设备集中，有利于实现管理区、系统区和机电区的空调分别控制，进而实现空调节能排放的效果。
Modular intelligent subway standard station large-end equipment management system and intelligent station
The invention belongs to the technical field of intelligent station operation management, and provides a modular intelligent subway standard station large-end equipment management system and an intelligent station, and the management system comprises a management region, a system region and an electromechanical region. A plurality of management rooms are arranged in the management area; a plurality of system rooms are arranged in the system area; a plurality of electromechanical rooms are arranged in the electromechanical area; the management area and the electromechanical area are respectively arranged at two sides of the system area, the electromechanical area is arranged at a corner and has three closed surfaces, a first passage is arranged between the management area and the system area, a second passage is arranged between the system area and the electromechanical area, and the first passage is communicated with the second passage. And a first aisle and a second aisle are respectively arranged on two outer sides of the management area and the system area. The management room, the system equipment and the electromechanical equipment are arranged in a centralized mode, management concentration and equipment concentration are achieved, air conditioners in the management area, the system area and the electromechanical area can be controlled separately, and then the effect of energy-saving emission of the air conditioners is achieved.
本发明属于智慧车站运营管理技术领域，提供一种模块化智慧地铁标准站大端设备管理系统及智慧车站，其中的管理系统包括管理区、系统区以及机电区；管理区中设有多个管理用房；系统区中设有多个系统用房；机电区中设有多个机电用房；所述管理区和所述机电区分别设置在所述系统区的两边，所述机电区设置在角落处且三面封闭，所述管理区和所述系统区之间设有第一过道，所述系统区和所述机电区之间设有第二过道，且所述管理区和所述系统区两外侧分别设有第一走道和第二走道。本发明将管理用房、系统设备和机电设备分别集中设置，实现管理集中和设备集中，有利于实现管理区、系统区和机电区的空调分别控制，进而实现空调节能排放的效果。
Modular intelligent subway standard station large-end equipment management system and intelligent station
一种模块化智慧地铁标准站大端设备管理系统及智慧车站
HU XIA (author) / LEI ZHENYU (author) / WENG DEYAO (author) / TANG YALIN (author) / YOU ZHIHUI (author) / CHEN QIANG (author) / WANG PINGPING (author) / YANG XUESONG (author)
2023-03-21
Patent
Electronic Resource
Chinese
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