Kyle Webb	Course Material	CV
Kyle Webb, Ph.D. Senior Instructor Energy Systems Engineering Engineering Science College of Engineering OSU-Cascades 1500 SW Chandler Avenue Bend, OR 97702 Email: Kyle.Webb@osucascades.edu Phone: 541-322-3134 Office: RAYH 301D
	ESE470: Energy Distribution Systems (Electrical Power System Analysis)
	Taught using a (mostly) flipped classroom. Links to course notes and corresponding video modules to be viewed before class are below:
	− Section 1: Overview of the Electrical Grid
	− Section 2: Three-Phase Power Fundamentals − Phasors − Real Power & Power Factor − Reactive & Complex Power − Passive Sign Convention − Power Triangle − Three-Phase Networks & Voltages − Currents in Three-Phase Networks − Currents in Delta & Wye Networks − Delta/Wye Conversion − Per-Phase Analysis − Three-Phase Power
	− Section 3: Power Transformers − Ideal Transformers - Intro − Ideal Transformers – Current − Ideal Transformers – Voltage − Ideal Transformers – Power & Impedance − Real Transformer Models − Per-Unit System - Single-Phase − Per-Unit System - Three-Phase − Three-Phase Transformers - Y/Y, delta/delta − Three-Phase Transformers - Y/delta, delta/Y − Per-Phase, Per-Unit Transformer Models
	− Section 4: Transmission Lines − Transmission Lines - Intro − Short/Medium-Line Models − Chain (ABCD) Parameters − Exact Transmission Line Equations − Long-Line Equivalent Circuit − Lossless Lines − Surge Impedance Loading − Steady-State Stability Limit − Line Loadability − Reactive Compensation
	− Section 5: Power Flow − Power Flow Intro - Nodal Analysis − Power Flow Intro - Power Flow Problem − Gaussian Elimination − Jacobi Method − Gauss-Seidel − Newton-Raphson - Single Equation − Newton-Raphson - System of Equations − Power-Flow Solution - Overview − Power-Flow Solution - Procedure
	− Section 6: High-Voltage DC Transmission − HVDC Transmission - Intro − HVDC Link Configurations − Converter Types − Line-Commutated Converters − Voltage-Source Converters
	− Section 7: Fault Analysis − Fault Analysis Intro − Subtransient Fault Current − Symmetrical Faults − Symmetrical Components − Sequence Components - Balanced System − Sequence Networks – Non-Rotating Loads − Sequence Networks – Three-Phase Lines − Sequence Networks – Rotating Machines − Sequence Networks – Transformers − Sequence Networks – Power − Unsymmetrical Faults − SLG Faults − LL Faults − DLG Faults
	− Section 8: System Protection − System Protection Intro − Fuses, Reclosers & Surge Arresters − Circuit Breakers & Relays − Zones of Protection − Distance Relays
	− Section 9: Electrical Power Distribution