TranSys Comprehensive Substation
Automation System for Power Plants
As technology advances, comprehensive substation automation is rapidly becoming a trend for achieving better safety and reliability for un-manned substations, reducing operational costs as well as increasing overall competitiveness.
CET has been engaged in the development of the comprehensive substation automation system since the early 1990s and has secured a large install base in various industries such as petroleum, chemical, non-ferrous metallurgy, steel, and utlity. We have accumulated valuable engineering experience from the application of our system at different voltage levels such as 500kV, 220kV, 110kV and 380V, often under difficult environmental conditions including high plateau, strong magnetic interference, locations with significant temperature differences and corrosive environment. CET has become the acknowledged leader in the industry with our thorough understanding of the industrial and utility requirements for special wiring configurations as well as specialized equipment like rectifying transformers, harmonics control devices, high and low-voltage motors, thermoelelectric devices, generators and the automatic deployment of backup power supply in multi-circuit systems.
The TranSys comprehensive substation automation system employs a distributed, modular and hierarchical architecture with redundancy and hot standby capabilities in its PecStar Integrated Automation Software and advanced digital protection and monitoring devices as its core hardware components. In addition, its support of multiple networking structures allows it to be deployed in almost any situations and at any voltage levels. Our system can be applied to a wide variety of power automation applications that require protection, monitoring, control, energy management and power quality analysis.
¡ñ Comprehensive protection, monitoring and control of the entire electrical system for modern industrial customers
¡ñ Advanced digital computing and communications technology improves manageability, elevates the level of automation, provides incident analysis and enhances energy conservation
¡ñ High system reliability and availability minimizes losses while reducing labor costs and improving operational efficiency
¡ñ All monitoring data can be transferred to the control centre for further processing
¡ñ Provides waveform recording and event logging information for fault analysis, location and isolation within the shortest possible time to minimize power supply interruption
¡ñ Supports multiple protocols and the ablility to develop new drivers quickly
¡ñ Supports standard commercial databases for maximum compatibility and ease of maintenance, extension and upgrade
¡ñ Interlocking protection functions help prevent errorneous operations by remote operator
¡ñ Data collection and processing
¡ñ Real-time power quality monitoring and management
¡ñ Demand consumption and energy conservation management
¡ñ Incident recording and analysis
¡ñ Alarm management
¡ñ Interlocking protection
¡ñ Operational management
¡ñ Customized report generation and distribution
¡ñ User-friendly GUI.
Field Devices
¡ñ PMC-700 Series Generator Protection Relays
¡ñ PMC-600 Series Integrated Protection Relays
¡ñ PMC-6510 Integrated Protection and Monitoring Devices
¡ñ PMC-580 Advanced Power Quality Monitors
¡ñ PMC-5600 Power Quality Monitors
¡ñ PMC-630/530/53/43/51 Digital Multi-function Power Meters
Networking
¡ñ PMC-1220B Optically Isolated RS232-to-RS485 Converters
¡ñ PMC-108M Fiber Optic Switches
¡ñ PMC-1380 Intelligent Communications Processors
System Software
¡ñ PecStar Integrated Automation System
|
|
|