Travel and Tourist (T&T) company has been awarded by the government totransform Pulau Kecik to tourist island. Electrical supply is found a big challenge forthis development. Thus, T&T has hired your company to design a reliable mesh orloop isolated power system network in the island. The island divided into five areasnamely North, South, West, East and Center area which later can be the bus name.TABLE Q1 provides the initial design parameters to be adopted.TABLE Q1Base MVAVoltage level100 MVA11 kVTotal load15 MWComplying with the information given in TABLE Q1, you are given flexibility tochoose relevant and logical parameters to design the network. This flexibility allowsyou to decide on the network topology, slack bus voltage, number of generator bus(PV bus), generator power, generator voltage, number of load bus (PQ bus), loadreal power, load reactive power, impedance of the generators and lines/cables.State all your assumptions where applicable and avoid copying directly from anysources, you will be penalized for plagiarism in doing so.a. Using Gauss-Seidel method perform, manual calculation to solve the voltagesat all buses in per unit (up to four decimal places) until FIVE (5) iterations.b. Using the PowerWorld software and display the snapshot results to comparewith the manual calculation, in part (a), for every iteration. Interpret the resultconvergence. Submit the PowerWorld's pwb and pwd files.C.Neglecting the load, using Thevenin's equivalent circuit, perform manualcalculation to solve the per unit three-phase balanced fault current andcorresponding bus voltage at all buses (up to four decimal places) for everyfaulted bus.

The following MATLAB code can be used to determine the result of the given question.

Travel and Tourist (T&T) company has been awarded by the government to transform Pulau Kecik to tourist island. Electrical supply is found a big challenge for this development. Thus, T&T has hired your company to design a reliable mesh or loop isolated power system network in the island. The island divided into five areas namely North, South, West, East and Center area which later can be the bus name. TABLE Q1 provides the initial design parameters to be adopted. TABLE Q1 Base MVA 100 MVA Voltage level 11 kV Total load 15 MW

Travel and Tourist (T&T) company has been awarded by the government to transform Pulau Kecik to tourist island. Electrical supply is found a big challenge for this development. Thus, T&T has hired your company to design a reliable mesh or loop isolated power system network in the island. The island divided into five areas namely North, South, West, East and Center area which later can be the bus name. TABLE Q1 provides the initial design parameters to be adopted. TABLE Q1 Base MVA 100 MVA Voltage level 11 kV Total load 15 MW

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

P2= -5 Q2 =-0.5 P3= -3 Q2 =-0.6
True or false 1. The size of Y bus matrix for 6 bus power system is (6)*(5). 2. PV buses constitute the maximum number in a power system. 3. A balanced three phase system consists of positive sequence currents only. 4. Sub transient reactance of generator have a greater value than synchronous reactance and transient reactance for generator 5. Newton Raphson method is high accurate among the other power flow methods.
power system please answer as soon as possible
Discuss the concept of load shedding and its role in preventing blackouts and overloading in power systems.
Q6: A five-bus network has generators at buses 1 and 3 rated 270 and 225 MVA, respectively. The generator sub-transient reactances plus the reactances of the transformers connecting them to the buses are each 0.3 pu on the generator rating as base. The turns ratios of the transformers are such that the voltage base in each generator circuit is equal to the voltage rating of the generator. Line impedances in pu on a 100 MVA system base are shown in Fig. below. All resistances are neglected. Using the bus impedance matrix for the network which includes the generator and transformer reactances, find the sub-transient current in a three phase fault at bus 4 and the current coming to the faulted bus over each line. Prefault current is to be neglected and all voltages are assumed to be 1 pu before the fault occurs. 3 j0.126 1.0/0 j0.1333 ll 1.0/0 j0.168 ll ell j0.210 ll j0.252 4 j0.336 ll j0.1111 lill j0.126 all ll
TOPIC: Transmission Lines, Power Systems, and Powerplants:INSTRUCTIONS:- Answer in this format: Given, Illustration, Required Conversion, Solution, Final Answer.- Step-by-step solution, do not skip even simple calculations to avoid confusion.- If answered in written form, make sure it is readable.PROBLEM:The per-unit values of positive, negative, and zero sequence reactances of a network at fault are 0.08, 0.07, and 0.05 respectively. Determine the per-unit fault current if the fault is line-to-line-to-ground. j10 j12 j14 j16
The 6-bus power system network of an electric utility company is shown in the Figure below. The line and transformer data containing the subtransient series resistance and reactance in per unit, and one-half of the total capacitance in per unit susceptance on a 100-MVA base, is tabulated below. The prefault voltage profile of the power system as obtained from four iterations of the newton Raphson power flow method are provided below as well.
Discuss the challenges and solutions related to "crosstalk" in high-density cabling systems.
Please write down the formulation of the DCOPF problem for the 4-bus system provided in the first figure. I have provided an example of the formulation in Figure 2. Hope that helps
The system values are given below. The bus 1 voltage after fault = 1.5 p.u The bus 2 voltage after fault = 1.2 p.u The line admittance between bus 1 and bus 2 (Y12 ) is = 0.8 p.u The post fault current current flow between bus 1 and 2 is ..............
Solve it clearly please P2= - 9 Q2= - 0.5 P3= - 2 Q3= - 0.6
Explain the concept of pumped hydro storage and its role in grid stabilization.