by referring to the flow chart, write C++ code for load flow analysis. Flow chart:Read load data: primitive matric, slack bus voltage, real and reactive bus powers, etc.7=7+1startFormulate Y matrix using load flow dataMake initial assumptions and for i=2,3,...,nSet iteration counts 7=0Compute P, for all buses except slack bus and Q for all PQ busYESEvaluates power mismatches AP and AQMax ΔΡ. >8Max ΔΩ > EEvaluate Jacobian matrix elementsB-KAP [J₁ J₂ΔΩ] [J, JA ΔΡ.Evaluate increments and update bus voltages andphase anglesNOCalculate line flows,line losses and powerat slack busOutput load flowsolution; voltage,magnitude, phaseangle, etc.stop

Here is a C++ code snippet that follows the flow chart provided:

Flow chart: start Read load data: primitive matric, slack bus voltage, real and reactive bus powers, etc. 7=7+1 Formulate Y matrix using load flow data Make initial assumptions and 6 for i=2,3,... Set iteration counts >=0 Compute P, for all buses except slack bus and Q for all PQ bus Evaluates power mismatches AP, and AQ Max ΔΡ > E Max AQ > YES Evaluate Jacobian matrix elements MH AM Evaluate increments and update bus voltages and phase angles NO Calculate line flows, line losses and power at slack bus Output load flow solution; voltage, magnitude, phase angle, etc. stop

Flow chart: start Read load data: primitive matric, slack bus voltage, real and reactive bus powers, etc. 7=7+1 Formulate Y matrix using load flow data Make initial assumptions and 6 for i=2,3,... Set iteration counts >=0 Compute P, for all buses except slack bus and Q for all PQ bus Evaluates power mismatches AP, and AQ Max ΔΡ > E Max AQ > YES Evaluate Jacobian matrix elements MH AM Evaluate increments and update bus voltages and phase angles NO Calculate line flows, line losses and power at slack bus Output load flow solution; voltage, magnitude, phase angle, etc. stop

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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