Course Objectives |
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This course is intended
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drnitindhote.gnomio.com
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Dr. Nitin Dhote , Professor & Head , Electrical Engineering Department , St. Vincent Pallotti College of Engineering & Technology, Nagpur
Available courses
Course Objectives
The students will be able to
l Choose a suitable drive scheme for developing an electric hybrid vehicle depending on
resources
l Design and develop basic schemes of electric vehicles and hybrid electric vehicles.
l Choose proper energy storage systems for vehicle applications
l Identify various communication protocols and technologies used in vehicle networks.
Course Outcomes:
After studying the course, the students will be able to demonstrate the ability to
CO1. Explain electric vehicle characteristics and typologies.
CO2. Identify and analyse the process of power management system
CO3. Analyze various power electronics devices in electric vehicles.
CO4. Outline the types and size of electric motors in electric and hybrid vehicles.
CO5. Identifying electric motor and internal combustion engine match and energy management strategies.
Course Objectives:
Course-code_Sr. No. |
Course Outcome After completion of the course, students will be able to |
EE304T_1 |
Explain the operation of the transformer and its parts
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EE304T_2 |
Perform different tests of the transformer |
EE304T_3 |
Perform different tests on transformer oil to investigate its quality and suitability for transformer. |
Subject is in scheme of Eighth Sem BE Electrical Engineering of RTM Nagpur University
Course objectives:
1. To give an overview of network topologies , formation of different network matrices by singular transformation and by algorithms for an electrical power system and its application to 3 phase network.
2. To apply numerical methods for load flow, short circuit and transient stability analysis of electrical power system.
Course Outcomes:
On the completion of the syllabus, Students will be able to
1 Explain basic concepts of network topologies and determine network matrices by singular transformation for single phase power system network.
2. Determine network matrices by algorithm method for single phase power system network.
3. Apply basic concepts of network topologies to three phase network and analyze electrical power system for short circuit studies .
4. Analyze electrical power system for load flow and transient stability studies.