Power and machines Program

Transcription

1 Bachelor Degree Power and machines Program Dept. of Electrical Engineering Course specification Electrical Testing (A-B) اختبارات كهربية )أ- ب( EP Course Aim Main Aim To apply the theory of electrical machines motorsgenerators-transformers to the practical industrial settings with appropriate drives and controls. To learn the theory of major stationary and rotating electrical machines operating on DC/AC and their corresponding control systems. To establish the concepts of electrical power production, transmission, application, and the control relating to the industrial and commercial setting. Sub-Aims To make the students familiar with measuring instruments, power components including electrical machines and H.V equipments. To let the students design the connection diagram to perform a certain experiment and carry out this connection diagram properly, run the experiment and take the required results. The students should be able to draw, comment and discuss the obtained results. Students should be able to plan and conduct experimental measurements, use modern test and data acquisition equipment, and be able to analyze. Students should be able to effectively communicate their Dept. of Electrical Engineering 325 Bachelor Degree

2 ideas and solutions orally, in writing, and graphically. Students will be able to use standard measuring equipment ( voltmeters, ammeters, wattmeters, tachometers, and dynamometers) to measure the mechanical and electrical operating characteristics of typical electromechanical power conversion devices. 2. Course Content Three phase transformer - Induction relay - Potential distribution along high voltage insulators - Test of high voltage insulating materials - Performance of synchronous machine - Measurement of earth resistance- Circle diagram of three phase induction motor - Reactive power effects. Oil testing - Back-to-back test of DC machines - Back-to-back test of transformers - V-curves of synchronous machines - Studying the performance of transmission line - Retardation test of DC machine Power factor correction 3-phase balancing Harmonic analysis - Traveling waves Arcs. )Reference: Faculty bylaw 2004 program specification( 3. Course Topics Topic Week 1 st topic Determination of synchronous machine parameters. 1 2 nd topic The "V" curves of synchronous motor. 1 3 rd topic Back-to-back test of single-phase transformers. 2 4 th topic Self-excited 3-phase induction generators. 2 5 th topic Measurements of T-N Characteristics of alternators. 3 Dept. of Electrical Engineering 326 Bachelor Degree

3 6 th topic Poly-phase connection and synchronization of alternators. 3 7 th topic External characteristics of synchronous generator. 4 8 th topic Performance characteristics of transmission lines. 4 9 th topic Measurement of earth resistance th topic Constants of transmission line with stranded conductors th topic Control system analysis using Matlab th topic Simple rectifier 6 13 th topic Silicon controlled rectifier 7 14 th topic Rectification using SCR 7 15 th topic Characteristics of TRIAC 8 16 th topic Regulation of synchronous generators 8 17 th topic Power angle characteristics of synchronous motor 9 18 th topic Load characteristics of synchronous generator 9 Dept. of Electrical Engineering 327 Bachelor Degree

4 19 th topic Performance characteristics of 3-phase induction motor th topic Testing of transformer oil th topic High voltage measurements th topic Electrical Corona th topic Distribution of corona discharge on high voltage transmission line Grades Distribution Assesment Methods Percentage Final Exam 50% Oral Final Exam 20 % Assessments Mid-term exam Semester work Written Exam - Oral Exam - Tutorial assessment - Project assessment - Model assessment - Report assessment 15 % Quiz assessment - Presentation assessment - Discussion 10 % Lab. Test 5% Home Exam - Monitoring - Total % Dept. of Electrical Engineering 328 Bachelor Degree

5 5. List of References Course notes Required books Recommended books 1- Micheal Liwchitz Garik and Clyde Whipple " Alternating Current Machines" 2- M. Kostenko and L. Piotrovsky "Electrical Machine" Part A. Langsdorf " Theory of alternating machinery". 4- Turan Gonon, " Modern power system analysis", JohnWiley&Sons Stephan J. Chapman " Electrical machinery and power system fundamentals", McGraw-Hill, Micheal Liwchitz Garik and Clyde Whipple " Alternating Current Machines". 2- John J. Grainger and William D. Stevenson " Power system analysis", McGraw-Hill, Periodicals, web sites.. etc. Dept. of Electrical Engineering 329 Bachelor Degree