9. A central station is supplying energy to a community through two substations. Each substation feedsfour feeders. The maximum daily recorded demands are:POWER STATION. 12,000 KWSub-station B.. 9000 kW. 2820 kW1500 kW4000 kW2900 kWSubstation A 6000 kW.1700 kW1800 kWFeeder 1Feeder 1Feeder 2.Feeder 3.Feeder 4.Feeder 2.Feeder 3.Feeder 4.2800 kW600 kWCalculate the diversity factor between (1) substations (if) feeders on substation A and (ii) feeders on sub-station B.|) 1-25 () 1-15 (il) 1-24]

Answered: Image /qna-images/answer/66b9d423-8c24-4e52-9447-bffa02792afe.jpg

9. A central station is supplying energy to a community through two substations. Each substation feeds four feeders. The maximum daily recorded demands are: POWER STATION. 12,000 KW Substation A 6000 kW Sub-station B.. 9000 kW .1700 kW 1800 kW Feeder 1. . 2820 kW Feeder 1 Feeder 2. Feeder 3. Feeder 4. Feeder 2. Feeder 3. Feeder 4. 1500 kW 4000 kW 2800 kW 600 kW 2900 kW Calculate the diversity factor between () substations (if) feeders on substation A and (i) feeders on sub- station B. ) 1-25 () 1-15 Gil) 1-24]

9. A central station is supplying energy to a community through two substations. Each substation feeds four feeders. The maximum daily recorded demands are: POWER STATION. 12,000 KW Substation A 6000 kW Sub-station B.. 9000 kW .1700 kW 1800 kW Feeder 1. . 2820 kW Feeder 1 Feeder 2. Feeder 3. Feeder 4. Feeder 2. Feeder 3. Feeder 4. 1500 kW 4000 kW 2800 kW 600 kW 2900 kW Calculate the diversity factor between () substations (if) feeders on substation A and (i) feeders on sub- station B. ) 1-25 () 1-15 Gil) 1-24]

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...

See similar textbooks

Similar questions

briefly explain what are the other typical applications can be used below mentioned T1.2 Transformers.?
clear and correct or dislike
Vbase_zonel Sbase_zonel . * For the power system shown in Figure Q1b, calculate the per unit impedances of all components with given zone 1 voltage base 22kV and power base 100 MVA (for the system). = 22 kV = 100 MVA Generator: . YG₁ Zone 1 100 MVA 22 kV (0.1+ j0.5) pu 1 . E 1 T₁ YY Transformer 1: 100 MVA 25/130 kV (0.1+j0.5) pu Zone 2 L = (10+j100) S2 Figure Q1b. T₂ Zone 3 YA Transformer 2: 50 MVA 110/33 kV (0.1+j0.5) pu M₂Y Load (motor): ● 50 MVA . 33 kV (1+j0.5) pu
Two power system areas operating at a nominal frequency of 60 Hz are connected with a tie line, and have the following characteristics: Area 1: R1 = 0.01 pu and D1 = 0.8 pu on a base of 1200 MVA Area 2: R2 = 0.02 pu and D2 = 1 pu on a base of 600 MVA The power flow direction on the tie line is from Area 1 to Area 2. Using a common base of 1000 MVA, what is the change in prime mover power (in MW) in Area 2 (APmech2) for a load increase of 125 MW in Area 1?
6. A generating station has the following daily load cycle : 10–12 Time (hours) 0–6 6–10 12–16 16–20 20–24 Load (MW) 20 25 30 25 35 20 Draw the load curve and find (i) maximum demand, (ii) units generated per day, (i) average load, (tv) load factor, II
1. Explain the reasons for the low power factor in the power system network.
can you please show me the sol'ncan you please show me the sol'ncan you please show me the sol'ncan you please show me the sol'ncan you please show me the sol'n