Electric Load Forecasting: Fundamentals and Best Practices
by Tao Hong, David A. Dickey
Publisher: OTexts 2015
Number of pages: 306
Load forecasting is a fundamental business problem of the electric power industry. This book offers the current and future utility load forecasting analysts a comprehensive, useful and up-to-date reference for today's competitive and dynamic environment.
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by Barry W. Williams
The book covers semiconductor switching devices, their electrical and thermal characteristics, device driving and protection, generic applications, capacitors, magnetic components, and their characteristics relevant to power electronic applications.
by E.G. Strangas - Michigan State University
These notes introduce students to Electrical Machines, Power Electronics and Electrical Drives. Starting from basic concepts, the student is led to understand how force, torque, induced voltages and currents are developed in an electrical machine.
- ON Semiconductor
A number of different PFC approaches are evaluated. An overview of select single-stage isolated converters including an LED driver is also presented. The book will help the power electronics designers select the right approach for their application.
by W. J. R. H. Pooler - Bookboon
The book defines the units of electrical quantities from first principles. Methods are demonstrated for calculating voltage, current, power, impedances and magnetic forces in dc and ac circuits and in machines and other electrical plant.