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Equipment monitoring is not comprehensive, remote monitoring information is insufficient, and equipment data utilization is inadequate.
Data collection methods are not standardized, network structure needs simplification, equipment functions overlap, and data planning requires integration.
Proactive defense capabilities are insufficient, there are blind spots in safety monitoring, and safety configurations do not meet the requirements.
Core chips rely on imports, foundational software has potential risks, and domestic chips are yet to be validated.
The intelligent substation comprehensive automation system is developed based on cloud, big data, IoT, AI, and intelligent sensing technology, with unified standards and platforms, optimized configurations, and enhanced safety. Adhering to an open design philosophy, it integrates monitoring, control, protection, measurement, anti-misoperation, and remote communication functions into a new generation of intelligent substation automation systems. The system follows a top-down design philosophy, adopting a layered, distributed structure while adhering to grid technology specifications. It optimizes secondary circuits, reduces the workload of commissioning and maintenance, and makes substation operations more economical, reliable, and intelligent. The system can be applied to both intelligent substations and conventional substations.
Integrated solutions
The system integrates monitoring, protection, measurement, anti-error, auxiliary control, inspection, and remote control into a powerful system that meets the needs of various application scenarios.
Flexible configuration of process-level devices
The system features various types of merging units, intelligent terminals, all-in-one intelligent devices, and acquisition execution units. It uses high-performance master control chips, internal high-speed buses, and intelligent I/O. With modular hardware and software design, it offers flexible engineering application configurations and low O&M costs.
Panoramic monitoring of primary and secondary equipment
It achieves grid operation monitoring, primary and secondary equipment status perception, auxiliary equipment monitoring, and network link monitoring, realizing panoramic monitoring of primary and secondary equipment and real-time control of substation operations.
Powerful communication device functions
The system supports hundreds of communication protocols, including DL/T634.5104, DL/T860, DL/T476, Q/GDW273, and Q/GDW11068, ensuring efficient interconnection of station devices and reducing system commissioning time.
Effective linkage of primary and auxiliary equipment
The system software operates on the Linux/Unix operating system, utilizing a unified foundational platform with a fully open design. It deeply integrates and panoramically displays information from primary and auxiliary equipment, with strong functionality and expandability.
Safe and efficient one-click sequence control
The one-click sequence control function covers both primary and secondary equipment, with full anti-error logic verification during simulated previews and actual operations. It covers four operational modes: operation, hot standby, cold standby, and maintenance, greatly improving operational efficiency.
Reliable protection and measurement control
Based on a unified foundational platform design, the system adopts a multi-CPU structure, distributed and standardized design, offering flexible function combinations, strong scalability, stable and reliable operation, and significantly reducing O&M costs.
Autonomous control of core components
All key components of the system are autonomously controlled, and all software and databases are domestically produced. The system is fully compatible with the DL/T860 (IEC61850) communication protocol used in domestic applications.
优特科技磁感应传感器刀闸双确认装置助力220kV伟业变数智化升级
4月28日,河南信阳220kV伟业变整站一键顺控成功送电。优特科技与国家电网联手,助力伟业变成为2022年河南省内率先完成全电压等级一键顺控改造的在运变电站。
广西首例!优特科技助力变电站实现刀闸双确认一键顺控
近日,优特科技参与的华友钴业110kV华创变电站“刀闸双确认一键顺控”系统工程圆满完成。作为电站刀闸双确认一键顺控项目,该变电站的成功投入,可大幅提升操作效率,降低操作风险,标志着110kV华创变电站迈入了智能化倒闸操作新时代。
浙江首座!优特科技助力在运变电站秒速操作
3月19日,伴随着GIS室设备间隔冷备用转运行的倒闸操作,优特科技参与改造的浙江杭州供电公司220kV世纪变电站实现了“一键顺控”,这也是浙江省首次基于在运220kV变电站进行的实用化改造。
The JOYO plant-station integrated automation system can achieve power monitoring for substations at 500kV and below, and independently complete protection and control for substations at 110kV and below. The system integrates functions such as monitoring, control, measurement, waveform recording, relay protection, safety automation devices, communication, and remote control into a unified system. It realizes vertical coverage of scheduling, centralized control, and substation automation systems, and integrates power monitoring, safety management and control, and auxiliary control into one comprehensive monitoring solution, providing an intelligent, economical, and comprehensive automation solution for the power system.
Traditional disconnector operations face challenges such as complex procedures, low operational efficiency, and high risks of misoperation, making them unable to meet the demands of lean substation management and the digitalization of power grids. The JOYO-A1 one-click sequence control system for substations is built on integrated substation monitoring and intelligent anti-misoperation technologies, combining magnetic sensing, micro-motor control, and secondary anti-misoperation technologies. It creates a new generation of one-click sequence control system with "comprehensive state awareness, full remote control of equipment, comprehensive anti-misoperation verification, and full coverage of operations," providing intelligent, efficient, and safe substation operation solutions for customers in the power grid, power plants, and petrochemical industries.
The UT-Z300B intelligent substation integrated automation system is a next-generation solution that integrates monitoring, control, protection, measurement, anti-misoperation, and telemetry functions. It is developed based on cloud computing, IoT, mobile intelligence, intelligent sensing technologies, and big data, with unified standards, a unified platform, optimized configuration, and enhanced security, all while adhering to an open design philosophy. The system follows a top-down design philosophy, adopting a layered, distributed structure while adhering to grid technology specifications. It optimizes secondary circuits, reduces the workload of commissioning and maintenance, and makes substation operations more economical, reliable, and intelligent. The system can be applied to both intelligent substations and conventional substations.
Secondary equipment is responsible for monitoring, controlling, regulating, and protecting primary equipment, forming a critical part of protection and control circuits. The correctness of secondary equipment status directly affects the stability and reliable operation of the primary system. As the one-key sequence control mode is promoted in the power grid, secondary equipment such as locking plates, circuit breakers, and switching handles, which cannot be operated remotely, still require on-site manual operation by O&M personnel. This significantly limits the rapid development of the one-key sequence control mode. The intelligent secondary monitoring system enables comprehensive monitoring of secondary equipment status, remote control, status inspection, secondary anti-error, and online analysis. It effectively resolves issues such as low efficiency in manual inspections, high risks of human error, and low levels of intelligence in secondary equipment, providing strong technical support for the construction of new intelligent power grids.
The substation's comprehensive automation system is developed based on cloud, big data, IoT, AI, and intelligent sensing technology, with unified standards and platforms, optimized configurations, and enhanced safety. Adhering to an open design philosophy, it integrates monitoring, control, protection, measurement, anti-misoperation, and remote communication functions into a new generation of intelligent substation automation systems. The system follows a top-down design approach, utilizing a layered and distributed structure design while adhering to power grid technical specifications. It optimizes secondary circuits, reducing the workload of debugging and maintenance and making substation operation more economical, reliable, and intelligent. The system can be applied to both intelligent substations and conventional substations.