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Development of on line monitoring system of substation power equipment based on ieee1588 standard
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Development of on line monitoring system of substation power equipment based on ieee1588 standard

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for btech, mtech, ece, eee , projecs on domains embedded, matlab, vlsi, image processing, signal processing, communication,fpga please contact @src embedded …

for btech, mtech, ece, eee , projecs on domains embedded, matlab, vlsi, image processing, signal processing, communication,fpga please contact @src embedded solution
web:www.srcembedded.com
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ph: 8297 313 858

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  • 1. DEVELOPMENT OF ON-LINE MONITORING SYSTEM OF SUBSTATION POWER EQUIPMENT BASED ON IEEE1588 STANDARD Abstract: With the development of digitization of substation, the future trend of on-line monitoring system of substation power equipment is based on the IEEE1588 standard is proposed, by use of DP83640 Ethernet PHYTER which includes all of the hardware to implement the IEEE1588 Precision Time Protocol. The design not only implements the precise time synchronization between the master clock and slave clocks of the distributed on-line monitoring system based on Ethernet, but also shortens the design cycle. Existing System: The existing system is based on the manual operation where the entire substations are to be monitored. This proves to be a major drawback in the existing system. Hence we propose this on-line power monitoring system of substation. Proposed System: In this project we propose “Development of On-line Monitoring System of Substation Power Equipment Based on IEEE1588 Standard” Substation parameters like temperature, current, voltage are sensed by corresponding sensor and fed to PIC microcontroller. The PIC microcontroller sense sensor voltage by using signal conditioning unit and PIC microcontroller will store in EEPROM using I2C protocol after some delay PIC microcontroller Read data in EEPROM and upload to internet using Ethernet. This will help to EB department to monitor the substation status where ever they are in the world.
  • 2. Block diagram: Power supply Temperature Sensor Ethernet PIC 16F877A Current sensor Micro LCD Controller Voltage sensor Hardware requirements:  Microcontroller PIC16F877A.  Ethernet  Temperature Sensor.  Current sensor.  Voltage Sensor.  LCD Software requirements:  VB  Embedded C  CCS Compiler. EEPROM
  • 3. Advantages:  Real time updated information.

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