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The safety interlock management system for vehicle depot maintenance operations considers power supply operations and vehicle maintenance safety, mainly addressing issues such as low efficiency in personnel-controlled power operations, paper-based management of work processes, and a lack of safety interlocks throughout the work process. The system leverages automated measures such as logical judgment, safety interlocking, intelligent door control, audio-visual alarms, and video surveillance to achieve comprehensive safety management and control throughout the entire process, from vehicle depot power shutdown and restoration operations to platform maintenance work. These technical measures ensure the safety of both personnel and equipment during operations.
Systematic safety assurance
The system provides comprehensive and systematic technical assurance for vehicle depot power supply operations and maintenance platform tasks, achieving closed-loop process control.
Intelligent operation control
IoT communication technology is used to achieve intelligent safety management and control of electronic device operations, ensuring operator safety.
Information-based process management
Electronic ticketing and network circulation enable efficient transmission and processing of work management information across all stages.
Visualized operation supervision
Remote video linkage enables monitoring of work processes and changes in equipment status, achieving remote visualized operation supervision.
优特科技荣获长沙轨道交通集团“轨道交通项目建设优秀项目部”
近日,优特科技收到一份特别礼物:
因在长沙地铁5号线项目建设中成绩突出、表现优异,获评长沙轨道交通集团2019年度“轨道交通项目建设优秀项目部”。
珠海特区报|长沙中低速磁浮线用上珠海造
近日,珠海优特电力科技股份有限公司为长沙中低速磁浮线提供的车辆段检修安全联锁系统产品,由湖南磁浮交通发展公司、中国铁建等部门验收通过,顺利投入运行。
6月!优特科技助力厦门地铁实现“电通”小目标
6月13日12:50,优特科技与厦门地铁一起达成了个“小目标”——五缘湾站隧道内的接触网隔离开关顺利合闸,这意味着地铁2号线已实现全线 “电通”!
The crew scheduling management system is primarily used in rail transit vehicle depots, parking lots, and crew restrooms (shift rooms) at mainline stations. It assists the vehicle center's crew department with daily operational management, addressing key challenges such as the large workload of scheduling, complex crew routes, and difficulties in managing driver attendance. The system applies computer and network technologies to replace traditional manual processes for tasks such as vehicle operations, timetable scheduling, crew shift planning, attendance management, and crew data statistics, enabling efficient, intelligent, and automated O&M management.
The rail transit power operation safety production management system, supported by new digital technology, addresses current issues such as high operational risks, short work windows, low O&M efficiency, and heavy maintenance tasks. It strengthens safety management and control and improves operational efficiency across the entire range of operational, maintenance, and work scenarios, and builds a next-generation rail transit power O&M safety control system, covering the entire network and all processes.