PPT-ECEN 460 Power System Operation and Control

Lecture 13 Power Flow Contingency Analysis Power System Control Prof Tom Overbye Dept of Electrical and Computer Engineering Texas AampM University overbyetamuedu Announcements Finish reading Chapter 6. Lecture . 10: . Synchronous Machine Modeling. Prof. Tom Overbye. Dept. of Electrical and Computer Engineering. Texas A&M University. overbye@tamu.edu. Announcements. After the test read . Chapter . Lecture 7. : Transformer Models, Per Unit. Prof. Tom Overbye. Dept. of Electrical and Computer Engineering. Texas A&M University. overbye@tamu.edu. Special Guest Lecturer: . TA Adam . Birchfield. Lecture . 13: Power flow control, sensitivities, and voltage control. Adam Birchfield. Dept. of Electrical and Computer Engineering. Texas A&M University. abirchfield@tamu.edu. Material gratefully adapted with permission from slides by Prof. Tom . Lecture 5: . Power System Operations, Transmission . Line . Models. Prof. Tom Overbye. Dept. of Electrical and Computer Engineering. Texas A&M University. overbye@tamu.edu. Announcements. Please . Lecture 8: Load and Generator Models, Bus Admittance Matrix, Power Flow. Prof. Tom Overbye. Dept. of Electrical and Computer Engineering. Texas A&M University. overbye@tamu.edu. Announcements. Please read Chapter 2.4, and . Lecture 22: Governors and Exciters. Adam Birchfield. Dept. of Electrical and Computer Engineering. Texas A&M University. abirchfield@tamu.edu. Material gratefully adapted with permission from slides by Prof. Tom . Lecture 23: Frequency Control and Load Modeling. Adam Birchfield. Dept. of Electrical and Computer Engineering. Texas A&M University. abirchfield@tamu.edu. Material gratefully adapted with permission from slides by Prof. Tom . Lecture 20: Power System Dynamics. Adam Birchfield. Dept. of Electrical and Computer Engineering. Texas A&M University. abirchfield@tamu.edu. Material gratefully adapted with permission from slides by Prof. Tom . Tokamak. . June 5,2018. Zhiwei. Zhou, . Qiyong. Zhang* and EAST Cryogenic Team. Cryogenic Engineering and Technology Division. . Institute of Plasma Physics, Chinese Academy of Sciences, . P.O.Box. Stefan Simrock. ITER Organization. Outline. ITER. Diagnostics. Heating and Current Drive. Control System and Plant I&C. Integration and Standardization. System Engineering for plant I&C. Conclusion. Lecture . 12: Power flow. Adam Birchfield. Dept. of Electrical and Computer Engineering. Texas A&M University. abirchfield@tamu.edu. Material gratefully adapted with permission from slides by Prof. Tom . Lecture . 10: The power balance equations. Adam Birchfield. Dept. of Electrical and Computer Engineering. Texas A&M University. abirchfield@tamu.edu. Material gratefully adapted with permission from slides by Prof. Tom . Experience In MotionSIHIDry PD HSizes H250 H400 H630P Design Dry Running Screw Vacuum Pump2Pressure range 0001 to 1013 mbar0002 to 760 torrPumping Speed250 to 630 m/h147 to 370cfmDESIGNSIHIDryvacuum Process, status, lessons learnt and forecast. Bertrand Bauvir . IO/DG/SCOP/SCOD/CD/CCI. Contents. Objectives. Process. Status. Lessons learnt. Forecast. References. Contents. Context. Context. ITER Instrumentation and Control System .