 from Prof. D. P. Kothari
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Course Summary This course is focus on the principles of electromechanical energy conversion and its application to electric machinery. Theory of operation of machines is explained from the EMEC viewpoint. A link between the electromagnetic prospects and the equivalent circuit is developed. Course format
a) Reading material: eBook with 2D/3D Animation b) Practice tools: eTools, Virtual Labs c) Assessment tool: eQuiz d) Supporting tool: Interactive animation e) Online Examination: In the end of the Course f) Live interaction sessions g) Video Lectures Course Structure a) Platform: On Cloud b) Time required: 4-5 hours/week c) Language: English d) Course Director: Dr. Praveen Kumar e) Certification by: Dr. D. P. Kothari Fee Structure
a) Student Price: 2000/- (incl. Taxes) b) Faculty Price: 3000/- (incl. Taxes) c) Industry Price: 5000/- (incl. Taxes) |
Electrical Machine - Part A
Following topics are covered: 1) Fundamentals of Electrical Circuits 2) Principles of Magnetic Circuits 3) Principles of Electromechanical Energy Conversion 4) Electromechanical Energy Conversions in Doubly Excited Systems Sessions a) Session 1: 16 Jan - 29 Feb 2016 ongoing  a) Session 2: 16 Mar - 30 Apr 2016 Registration open a) Session 3: 16 May - 30 Jun 2016 Forthcoming a) Session 4: 16 Jul - 31 Aug 2016 Forthcoming a) Session 5: 16 Sept - 31 Oct 2016 Forthcoming a) Session 6: 16 Nov - 31 Dec 2016 Forthcoming
Electrical Machine - Part B Following topics are covered: 1) Working principles of electrical machines 2) Fundamentals of Induction Machine 3) Speed Control of Induction Motors 4) Fundamentals of Synchronous Machines Sessions a) Session 1: 16 Jan - 29 Feb 2016 ongoing a) Session 2: 16 Mar - 30 Apr 2016 Registration open a) Session 3: 16 May - 30 Jun 2016 Forthcoming a) Session 4: 16 Jul - 31 Aug 2016 Forthcoming a) Session 5: 16 Sept - 31 Oct 2016 Forthcoming a) Session 6: 16 Nov - 31 Dec 2016 Forthcoming |
Course Summary Power electronics involves the study of electronic circuits intended to control the flow of electrical energy. This course will give the overview of the field of power electronics on its devices used in, and their applications. We will see the extensive use of power electronics converters in industrial, commercial, residential environments. The rectifiers, and their application is one of the most interesting in the whole field of electrical technology. We will start the analysis with a simple single phase half wave rectifier and see its operation when different types of load are connected to it. Another part of the course will deal with a.c to d.c converters and inverters. Course format
a) Reading material: eBook with 2D/3D Animation b) Practice tools: Interactive exercises c) Assessment tool: eQuiz d) Supporting tool: Interactive animation e) Online Examination: In the end of the Course f) Live interaction sessions g) Video Lectures Course Structure
a) Platform: On Cloud b) Time required: 4-5 hours/week c) Duration: 6 Weeks d) Language: English e) Course Director: Dr. Praveen Kumar f) Certification by: Dr. D. P. Kothari Fee Structure
a) Student Price: 2000/- (incl. Taxes) b) Faculty Price: 3000/- (incl. Taxes) c) Industry Price: 5000/- (incl. Taxes) |
Power Electronics - Part A
Following topics are covered: 1) Introduction to power electronics 2) Application of power electronics 3) Devices used in power electronics 4) Single phase half wave uncontrolled rectifier 5) Single phase full wave uncontrolled rectifier 6) Three phase uncontrolled rectifiers 7) Controlled rectifiers Sessions a) Session 1: 16 Jan - 29 Feb 2016 ongoing a) Session 2: 16 Mar - 30 Apr 2016 Registration open a) Session 3: 16 May - 30 Jun 2016 Forthcoming a) Session 4: 16 Jul - 31 Aug 2016 Forthcoming a) Session 5: 16 Sept - 31 Oct 2016 Forthcoming a) Session 6: 16 Nov - 31 Dec 2016 Forthcoming
Power Electronics - Part B
Following topics are covered: 1) Buck converters 2) Boost and buck boost converters 3) Multiquadrant converters I 4) Multiquadrant converters II 5) Single phase inverters 6) Three phase inverters 7) Special topics on inverters Sessions a) Session 1: 16 Jan - 29 Feb 2016 ongoing a) Session 2: 16 Mar - 30 Apr 2016 Registration open a) Session 3: 16 May - 30 Jun 2016 Forthcoming a) Session 4: 16 Jul - 31 Aug 2016 Forthcoming a) Session 5: 16 Sept - 31 Oct 2016 Forthcoming a) Session 6: 16 Nov - 31 Dec 2016 Forthcoming |
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