Thermal Power Plants Secondary Power System Solution
1. Real - time Monitoring Requirement
Real - time monitoring of key equipment such as generators, boilers, steam turbines, and transformers is required to obtain important parameters like current, voltage, frequency, and temperature.
2. Fault Alarm Requirement
The system should have fault detection and alarm functions, capable of timely identifying equipment abnormalities and issuing acousto - optic alarms to ensure rapid response.
3. Data Storage and Analysis Requirement
Historical data storage is needed, supporting data backtracking and analysis to assist operation and maintenance personnel in fault diagnosis and special analysis.
4. Supervisory Computer Monitoring and Control Requirement
Support for supervisory computer monitoring is provided, facilitating operation and maintenance personnel to handle equipment faults and perform system adjustments at different locations.
5. Safety Management Requirement
It must have a user permission management function, with different operation permissions for different levels of users to ensure system security.
6. System Integration Requirement
Seamless integration with existing systems such as the Manufacturing Execution System (MES) and Energy Management System (EMS) is required to form a complete power production monitoring system.
* Generator sets and main power generation protection devices of thermal power plants
* Complete protection and measurement & control devices for step - up substations and protection and measurement & control devices for plant power of thermal power plants
* Safety automatic devices of thermal power plants (reclosing devices, frequency separation devices, voltage separation devices)
* Synchronization devices and excitation systems for generator sets of thermal power plants
* Electrical automation system (NCS) for step - up substations and electrical monitoring and control system (ECMS) for plant power of thermal power plants
* AC - DC power supply UPS and integrated power supply
* Communication management machines, telecontrol communication systems, clock synchronization systems
* Microcomputer five - prevention systems, fault recording systems, protection information sub - stations
* Electrical instruments and electric energy metering systems
* Video monitoring, fire protection systems, access control and security systems, etc.
1. High Reliability
The system is designed to ensure stability and resilience against failures, providing high assurance for the safe operation of critical equipment.
2. Practical Implementation
Capable of collecting and processing data effectively, ensuring timely alerts for any malfunctions and enhancing responsiveness.
3. Expandable Design
The system is designed with flexibility for future growth, allowing for easy addition of monitoring capabilities as needed.
4. User-Friendly Interface
The system features a straightforward interface that simplifies monitoring and control for users, enhancing operational convenience.
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