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POWER SYSTEM
     OPERATION AND CONTROL



    PRESENTED BY:
                         Submitted to:
    SHANKAR SETHY
                         Dr. Abhimanyu Mohapatra
ELECTRICAL ENGINEERING   Dr. Ranjan Kumar Jena
       CET,BBSR
CONTENTS:

* CONSTRAINTS OF POWER SYSTEM
     1.ACTIVE POWER CONSTRAINT
     2.REACTIVE POWER CONSTRAINT
     3.VOLTAGE MAGNITUDE CONSTRAINT
     4.LOAD ANGLE CONSTRAINT

* LOAD FLOW ANALYSIS
      1.BUS CLASSIFICATION
      2.BASIC POWER FLOW CONDITIONS
      3.DEVELOPMENT OF Y-BUS MATRIX
CONSTRAINTS:

CONSTRAINTS MEANS LIMITATIONS OR
BASIC OPERATING CONDITIONS IN
POWER SYSTEM

FOUR CONSTRAINTS ARE THERE.

1.ACTIVE POWER CONSTRAINT
2.REACTIVE POWER CONSTRAINT
3.VOLTAGE MAGNITUDE CONSTRAINT
4.LOAD ANGLE CONSTRAINT
LOAD FLOW ANALYSIS:

* IT IS A BALANCED MECHANISM
BETWEEN DEMAND AND GENERATION
UNDER INCREMENTAL LOADING
CONDITIONS
*AT PRESENT,, FOR SAFE OPERATION
OF THE SYSTEM AND IN FUTURE,, FOR
THE EXTENSION OF POWER SYSTEM
BASIC POWER FLOW CONDITIONS:

1.REACTIVE POWER IS PROPORTIONAL
TO BUSBAR VOLTAGE


2.ACTIVE POWER IS PROPORTIONAL
TO LOAD ANGLE
BUS CLASSIFICATION

(a) LOAD BUS    (OR)   P-Q BUS

(b) GENERATOR BUS        (OR)   P-V BUS

(c) SLACK BUS
DEVELOPMENT OF Y-BUS MATRIX:
HERE TWO CASE STUDIES ARE
CONSIDERED TO DEVELOP Y-BUS
MATRIX.

(1) BY CONSIDERATION OF LINE
RESISTANCE & INDUCTANCE ONLY

(2) CAPACITANCE TAKEN INTO
CONSIDERATION ALONGWITH
RESISTANCE & INDUCTANCE
CASE - 1:
CONSIDER THE DIAGRAM
CONSIDER THE FOLLOWING FIGURE
CASE - 2:
CAPACITANCE EXISTS IN SHUNT, DISTRIBUTED
ALONG THE LINE AS SHOWN IN THE FIGURE
THIS IS ALL ABOUT SYSTEM
MODELLING AND Y-BUS
MATRIX.
NOW I CONCLUDE HERE.
THANKS……

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Power System Operation and Control

  • 1. POWER SYSTEM OPERATION AND CONTROL PRESENTED BY: Submitted to: SHANKAR SETHY Dr. Abhimanyu Mohapatra ELECTRICAL ENGINEERING Dr. Ranjan Kumar Jena CET,BBSR
  • 2. CONTENTS: * CONSTRAINTS OF POWER SYSTEM 1.ACTIVE POWER CONSTRAINT 2.REACTIVE POWER CONSTRAINT 3.VOLTAGE MAGNITUDE CONSTRAINT 4.LOAD ANGLE CONSTRAINT * LOAD FLOW ANALYSIS 1.BUS CLASSIFICATION 2.BASIC POWER FLOW CONDITIONS 3.DEVELOPMENT OF Y-BUS MATRIX
  • 3. CONSTRAINTS: CONSTRAINTS MEANS LIMITATIONS OR BASIC OPERATING CONDITIONS IN POWER SYSTEM FOUR CONSTRAINTS ARE THERE. 1.ACTIVE POWER CONSTRAINT 2.REACTIVE POWER CONSTRAINT 3.VOLTAGE MAGNITUDE CONSTRAINT 4.LOAD ANGLE CONSTRAINT
  • 4.
  • 5. LOAD FLOW ANALYSIS: * IT IS A BALANCED MECHANISM BETWEEN DEMAND AND GENERATION UNDER INCREMENTAL LOADING CONDITIONS *AT PRESENT,, FOR SAFE OPERATION OF THE SYSTEM AND IN FUTURE,, FOR THE EXTENSION OF POWER SYSTEM
  • 6. BASIC POWER FLOW CONDITIONS: 1.REACTIVE POWER IS PROPORTIONAL TO BUSBAR VOLTAGE 2.ACTIVE POWER IS PROPORTIONAL TO LOAD ANGLE
  • 7. BUS CLASSIFICATION (a) LOAD BUS (OR) P-Q BUS (b) GENERATOR BUS (OR) P-V BUS (c) SLACK BUS
  • 8.
  • 9. DEVELOPMENT OF Y-BUS MATRIX: HERE TWO CASE STUDIES ARE CONSIDERED TO DEVELOP Y-BUS MATRIX. (1) BY CONSIDERATION OF LINE RESISTANCE & INDUCTANCE ONLY (2) CAPACITANCE TAKEN INTO CONSIDERATION ALONGWITH RESISTANCE & INDUCTANCE
  • 10. CASE - 1: CONSIDER THE DIAGRAM
  • 12. CASE - 2: CAPACITANCE EXISTS IN SHUNT, DISTRIBUTED ALONG THE LINE AS SHOWN IN THE FIGURE
  • 13.
  • 14. THIS IS ALL ABOUT SYSTEM MODELLING AND Y-BUS MATRIX. NOW I CONCLUDE HERE. THANKS……
  翻译: