Introduction to the course Course description and objectives Course outline Course policy Academic honesty ECE 566: Grid Integration of Wind Energy Systems S. Suryanarayanan Associate Professor Department of Electrical & Computer Engineering Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Outline Introduction to the course 1 Instructor and lecture info Text & reference info Prerequisites Course description and objectives 2 Course outline 3 Course policy 4 Attendance RamCT use policy Make-up policy & ADA statement Projects Academic honesty 5 Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Instructor and lecture info Course outline Text & reference info Course policy Prerequisites Academic honesty Outline Introduction to the course 1 Instructor and lecture info Text & reference info Prerequisites Course description and objectives 2 Course outline 3 Course policy 4 Attendance RamCT use policy Make-up policy & ADA statement Projects Academic honesty 5 Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Instructor and lecture info Course outline Text & reference info Course policy Prerequisites Academic honesty The Syllabus Instructor information Office: Engineering C201F Office hours: 130PM–330PM Tuesday (other times by appointment only) Phone: (970) 491 4632; Email:sid@colostate.edu Lecture information Time: 515PM–8PM Tuesday Venue: Engineering B4 Online/distance link: Accessible via RamCT Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Instructor and lecture info Course outline Text & reference info Course policy Prerequisites Academic honesty Outline Introduction to the course 1 Instructor and lecture info Text & reference info Prerequisites Course description and objectives 2 Course outline 3 Course policy 4 Attendance RamCT use policy Make-up policy & ADA statement Projects Academic honesty 5 Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Instructor and lecture info Course outline Text & reference info Course policy Prerequisites Academic honesty The Syllabus Textbook Class notes/slides by the instructor and guest lecturers Relevant articles from public domain and electronic resources accessible via CSU Libraries References (No need to buy) Wind power in power systems . (Ed.) T. Ackermann. 2 nd Ed. John Wiley & Sons: W. Sussex, England, 2012. S. Heier. Grid integration of wind energy conversion systems . 3 rd Ed. John Wiley & Sons: W. Sussex, England, 2014. J. D. Glover, M. S. Sarma, T. J. Overbye. Power system analysis and design . 5 th Ed., CL Engineering, 2012. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Instructor and lecture info Course outline Text & reference info Course policy Prerequisites Academic honesty References (No need to buy) Wind power in power systems . (Ed.) T. Ackermann. John Wiley & Sons: W. Sussex, England, 2006. S. Heier. Grid integration of wind energy conversion systems . 2 nd Ed. John Wiley & Sons: W. Sussex, England, 2006. J. D. Glover, M. S. Sarma, T. J. Overbye. Power system analysis and design . 5 th Ed., CL Engineering, 2012. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Instructor and lecture info Course outline Text & reference info Course policy Prerequisites Academic honesty Outline Introduction to the course 1 Instructor and lecture info Text & reference info Prerequisites Course description and objectives 2 Course outline 3 Course policy 4 Attendance RamCT use policy Make-up policy & ADA statement Projects Academic honesty 5 Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Instructor and lecture info Course outline Text & reference info Course policy Prerequisites Academic honesty The Syllabus Prerequisites ECE461/462 Power Systems-I/Laboratory OR ECE 565 Electric Power Engineering AND � and PowerWorld R � is necessary. Knowledge of Matlab R Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Instructor and lecture info Course outline Text & reference info Course policy Prerequisites Academic honesty The Syllabus Prerequisites ECE461/462 Power Systems-I/Laboratory OR ECE 565 Electric Power Engineering AND � and PowerWorld R � is necessary. Knowledge of Matlab R Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Instructor and lecture info Course outline Text & reference info Course policy Prerequisites Academic honesty The Syllabus Prerequisites ECE461/462 Power Systems-I/Laboratory OR ECE 565 Electric Power Engineering AND � and PowerWorld R � is necessary. Knowledge of Matlab R Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Course description Aspects of integration of wind energy conversion systems (WECS) to electric power transmission grids. Topics include: wind power plants and using wind energy wind energy conversion systems grid impacts of wind integration energy storage control concepts of wind turbines. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Course description Aspects of integration of wind energy conversion systems (WECS) to electric power transmission grids. Topics include: wind power plants and using wind energy wind energy conversion systems grid impacts of wind integration energy storage control concepts of wind turbines. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Course description Aspects of integration of wind energy conversion systems (WECS) to electric power transmission grids. Topics include: wind power plants and using wind energy wind energy conversion systems grid impacts of wind integration energy storage control concepts of wind turbines. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Course description Aspects of integration of wind energy conversion systems (WECS) to electric power transmission grids. Topics include: wind power plants and using wind energy wind energy conversion systems grid impacts of wind integration energy storage control concepts of wind turbines. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Course description Aspects of integration of wind energy conversion systems (WECS) to electric power transmission grids. Topics include: wind power plants and using wind energy wind energy conversion systems grid impacts of wind integration energy storage control concepts of wind turbines. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Course objectives Upon completion of the course, you will: Understand the basic concepts of wind energy power plants and conversion systems Comprehend concepts of generators and power electronics for designing WECS Appreciate the grid impacts of WECS including need for storage Learn concepts of controls associated WECS. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Course objectives Upon completion of the course, you will: Understand the basic concepts of wind energy power plants and conversion systems Comprehend concepts of generators and power electronics for designing WECS Appreciate the grid impacts of WECS including need for storage Learn concepts of controls associated WECS. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Course objectives Upon completion of the course, you will: Understand the basic concepts of wind energy power plants and conversion systems Comprehend concepts of generators and power electronics for designing WECS Appreciate the grid impacts of WECS including need for storage Learn concepts of controls associated WECS. Suryanarayanan ECE 566 Lecture/Week 1: Part A
Introduction to the course Course description and objectives Course outline Course policy Academic honesty Course objectives Upon completion of the course, you will: Understand the basic concepts of wind energy power plants and conversion systems Comprehend concepts of generators and power electronics for designing WECS Appreciate the grid impacts of WECS including need for storage Learn concepts of controls associated WECS. Suryanarayanan ECE 566 Lecture/Week 1: Part A
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