10.2 Using the values of R and D in each area, for Example 10B, resolve for the 100-MW load change in area 1 under the following conditions: Area 1: base MVA = 2000 MVA Area 2: base MVA = 500 MVA Then solve for a load change of 100 MW occurring in area 2 with R values and D values as in Example 10B and base MVA for each area as before. Example 10B: You are given two system areas connected by a tie line with the following characteristics: Area 1 Area 2 R=0,01 pu D=0.8 pu Base MVA = 500 R-0.02 pu D=1.0 pu Base MVA = 500

10.2 Using the values of R and D in each area, for Example 10B, resolve for the 100-MW load change in area 1 under the following conditions: Area 1: base MVA = 2000 MVA Area 2: base MVA = 500 MVA Then solve for a load change of 100 MW occurring in area 2 with R values and D values as in Example 10B and base MVA for each area as before. Example 10B: You are given two system areas connected by a tie line with the following characteristics: Area 1 Area 2 R=0,01 pu D=0.8 pu Base MVA = 500 R-0.02 pu D=1.0 pu Base MVA = 500

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

10.2 Using the values of R and D in each area, for Example 10B, resolve for the
100-MW load change in area 1 under the following conditions:
Area 1: base MVA = 2000 MVA
Area 2: base MVA = 500 MVA
Then solve for a load change of 100 MW occurring in area 2 with R values
and D values as in Example 10B and base MVA for each area as before.
Example 10B: You are given two system areas connected by a tie line with the
following characteristics:
Area 1
Area 2
R=0.01 pu
D=0.8 pu
R=0.02 pu
D=1.0 pu
Base MVA = 500
Base MVA = 500

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