Distributed Generation Operation and Planning

I.Course Introduction (including teaching goals and requirements) within 300 words:

Active utilization of renewable energy has been long policy of governments all over the world, for the purpose of protecting environment. The purpose of the creation of the curriculum is to promote and develop renewable energy development, in the knowledge structure on outstanding cross-disciplinary integration of research at the level of students improve their understanding and application capability. The main goal of this course is to help students master the technology for renewable energy, such as solar, wind and hydrogen and etc. Furthermore, modeling and application of distributed generation with such renewable energy will be discussed, as well as the analysis of the influences and key technical problems upon power planning and its operation.

Teaching requirements:

1. To enable the students know the basic concepts of solar, wind and hydrogen, and their modeling and application .

2. To make students better understanding of power flow based on the distributed generation with renewable energy.

3. To know the influences and key technical problems upon power planning.

4. To know the influences and key technical problems upon power operation.

5. To know the method of islanding detecting of distributed generation.

II.Teaching Syllabus (including the content of chapters and sections. A sheet can be attached):

    Chapter 1 Renewable energy
                                      1.1 Solar
                                      1.2 Wind

                   1.3 Hydrogen
                      Chapter 2 Technique of Distributed Generation
                                      2.1 Basic concept of DG
                                      2.2 Application future of DG
                                      2.3 Modeling of grid-connecting system
                      Chapter 3 Optimal settlement of DG and capacity
                                     3.1Optimal settlement of DG
                                     3.2 Optimal capacity modeling
                                     3.3 Planning method and sample
                     Chapter 4  Power flow on the condition of DG
                                    4.1 Influences on power planning of DG
                                    4.2 Influences on power operation of DG
                                    4.3 Random power flow
                    Chapter 5 Islanding detecting method of DG system
                                   5.1 Concept and harm of islanding
                                   5.2 Analysis of islanding electrical characters
                                   5.3 Different islanding detecting methods

III.Teaching Schedule: