Books
Power Generation, Operation, and Control, 3rd Edition
A comprehensive reference on the engineering and economic methods used in modern power-system operation. Allen J. Wood, Bruce F. Wollenberg, and Gerald B. Sheblé integrate generation-unit modeling, constrained optimization, economic dispatch, unit commitment, limited-energy scheduling, transmission-system effects, security analysis, optimal power flow, state estimation, automatic generation control, interchange, auctions, and short-term demand forecasting, with worked examples and computational methods for integrated economic and network analysis.
Courses
Power systems · Advanced
Power System Reliability and Demand Forecasting
12 modules Slides Video
Advanced course in quantitative power-system reliability and short-term demand forecasting. It develops probability and stochastic-process foundations, analytical and Monte Carlo reliability methods, single-area, multi-area, and composite-system evaluation, then applies time-series, curve-fitting, Fourier, and ARIMA methods to operational load forecasts.