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G H RAISONI COLLEGE OF ENGINEERING AND MANAGEMENT

(Approved by AICTE, New Delhi and Recognized by DTE, Maharashtra)

An Autonomous Institute & Affiliated to Rashtrasant Tukadoji Maharaj Nagpur University, Nagpur

Accredited by NAAC with A+ Grade

Department of Electrical Engineering

Accredited By NBA

Block:- C

Floor:- Ground Floor

Room No:- GF-22

COMPUTER LAB

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Outlines

About Laboratory
List of Major Equipment / Software-Hardware Configuration
List of Experiments
Glimpses of Laboratory

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About Laboratory

Information about Laboratory:

This Lab basically belongs to Electrical Engineering Department in which practical of Computer application in Electrical Engineering (CAEE), Artificial Intelligence Application in Power system (AIAPS) and Power Quality Assessment and Management are conducted for Electrical Engineering Department Students.
This lab is well equipped with 25 Desktop computer.
All computer consist of MATLAB software which is used to design and simulate the electrical circuit models.

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List of Major Equipment / Software-Hardware Configuration

Sr. No.	Item	Manufacture/Make	Qty
1	Head Phone with Mike	Smart It	20
2	Computer Set	Smart It	25
3	Switch 24/8/port	Smart It	2
4	Patch Panel 24 port	Smart It	2
5	Patch Cord Digisul	Smart It	110
6	Io Box complete Digisul	Smart It	213
7	MATLAB Software	MATLAB	1

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Laboratory Course Outcome

Name of Subject: Computer Application in Electrical Engineering
LABORATORY COURSE OUTCOME
CO1	Acquire knowledge of numerical methods for power system studies
CO2	Simulate Transmission line for Power system analysis
CO3	Program different power system conditions
CO4	Develop computer program for transient stability
CO5	Test computer program for transient stability

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List of Experiments

Sr. No.	Experiment List
1	Program to find A^ and A for a given system
2	Program to plot swing curve of a given system by step by step method.
3	Program for transient stability by modified Euler’s method.
4	Program to obtained load flow analysis using ETAP software
5	Study of simple transmission system using PSCAD software.
6	To perform Load flow analysis of IEEE 30 bus system by using Gauss sidle method.
7	To perform Load flow analysis of IEEE 30 bus system by using Newton Raphson method.
8	To perform load flow analysis by fast decoupled method.
9	Program to find Z bus of a power system network.

10	Program to find Z bus of a power system network.
11	Program to find Y bus of a power system network.

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List of Experiments

Sr. No.	Experiment List
12	Program to find Symmetrical fault through a fault impedance Zf=j0.1 per unit.
13	Program to find unsymmetrical fault through a fault impedance Zf=j0.1 per unit.
14	To do the load flow analysis using Power World Simulator software
15	To write the program to calculate the network matrices in MATLAB by using singular Transformation.
16	Program to find contingency analysis of given power system.
Open Ended Experiments / New Experiments
1	Transient stability analysis of a multi machine power system
2	Unsymmetrical short circuit studies -sub transient, transient and steady state comparison
3	Study and Implementation of Single Line Diagram Using Simulink and Parameters Evaluation in Per Unit System of Calculations.
4	Algorithm Design and its Implementation for Bus Admittance Matrix Using MATLAB
5	Study and analysis of power system stability using equal area criteria for a single machine system from pre to post fault conditions

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Laboratory Course Outcome

Name of Subject: AI Application to Power System
LABORATORY COURSE OUTCOME
CO1	Understand ANN fundamentals.
CO2	Understand Fuzzy Logic fundamentals.
CO3	Apply AI tools for Applications in Load Forecasting & scheduling.
CO4	Apply AI tools for Applications in power system analysis.
CO5	Apply AI tools for Applications in Fault analysis.

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List of Experiments

Sr. No.	Experiment List
1	Solve AND / OR logic function using perceptron neural network.
2	Write Matlab program to analysis the condition of power system based on generation level
3	Write Matlab program for fuzzy logic based washing machine control system
4	Write a Matlab program for load forecasting using ANN model.
5	Write a Matlab program for optimization of single variable function
6	Speed control of DC motor using fuzzy Logic.
7	Temperature monitoring using fuzzy logic
8	Fuzzy logic based Air conditioner.

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Laboratory Course Outcome

Name of Subject: Power Quality Assessment & Mitigation
LABORATORY COURSE OUTCOME
CO1	Identify the presence of power quality attributes
CO2	Evaluate and measure various power quality attributes
CO3	Analyze the industrial systems for various power quality indices and voltage sag monitor and mitigation techniques
CO4	Identify the sources of waveform distortion
CO5	Monitor and assess various types of power quality issues and to use various power quality measuring tools, their settings according power systems and to do the power quality audit of the industry and provide solutions to overcome the power quality problems.

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List of Experiments

Sr. No.	Experiment List
1	Introduction to power quality analyzer.
2	Measurement of harmonic distortion of SMPS.
3	Design of passive harmonic filter – computer simulation for power electronic application
4	Design of active harmonic filter – computer simulation for power electronic application
5	Simulation studies of harmonic generation sources such as VFD, SVC, STATCOM and FACTS devices and harmonic measurement (THD) by using MATLAB
Open Ended Experiments / New Experiments
1	Power quality audit of institute or department
2	Case study of grid connected system for power quality mitigation techniques and analysis

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