Complete List of References for the Power PE Exam
Comprehensive list of references for the Power PE Exam, detailing essential topics and resources. Key areas include Circuit Analysis, Devices and Power Electronic Circuits, and various types of batteries. Each topic is accompanied by relevant textbooks and links to additional resources, such as training materials and specifications. The sheet serves as a valuable study guide for candidates preparing for the Power PE Exam, providing insights into critical concepts and problem-solving techniques.
Content article
Dozens of references are provided for the Power PE Exam, covering various topics essential for candidates preparing for this certification.
Circuit Analysis is a significant section, with 80 problems in total, including key concepts such as Three-Phase Circuit Analysis, Symmetrical Components, and Single Phase Circuits, all detailed in the Engineering Pro Guides Textbook. The section also covers practical elements like Single Line Diagrams and Per Unit Analysis, alongside Phasor Diagrams, which are crucial for understanding circuit behaviors.
Moving to Devices and Power Electronic Circuits, which includes 80 problems, the references highlight various battery types such as Flooded Lead Acid Batteries, Sealed Gel Cell Batteries, Sealed AGM Batteries, and Lithium Batteries. Power Supplies, including inverters and UPS, are addressed with a focus on the selection and sizing of batteries for UPS backup. Additionally, Variable Speed Drives are discussed with links to resources for applications and free training, along with critical insights on relays, switches, and PLCs, all sourced from the Engineering Pro Guides Textbook.
In the Rotating Machines category, also featuring 80 problems, the references include Synchronous Motors and Generators, Induction Motors and Generators, and their equivalent circuits. The section elaborates on Speed-Torque characteristics of Motors and Generators, as well as Motor Starting procedures, which are essential for understanding machine operations.
The section on Electromagnetic Devices presents another 80 problems, focusing on Transformers, their equivalent circuits, and various arrangements including Transformer Banks. The Short Circuit Test and Open Circuit Test are also discussed, providing critical testing methodologies for these devices.
Transmission and Distribution (Power System Analysis) covers 11 problems and includes vital topics such as Voltage Drop, Voltage Regulation, and Power Factor Correction. It emphasizes the importance of Power Quality and the role of Capacitors in Power Factor Correction. The references also delve into Fault Current Analysis and Transformer Connections, alongside Transmission Line Models for short, medium, and long lines. The section concludes with discussions on Power Flow and considerations for Parallel Generators and Transformers, including a link to an external resource on loading considerations when paralleling transformers.
Lastly, the Protection section comprises 13 problems and addresses Overcurrent Protection and Protective Relaying, with multiple references to the Engineering Pro Guides Textbook. It also includes links to resources from GE Protection and ABB Relays, providing further insights into protective devices. The section wraps up with discussions on Coordination and Selective Coordination, ensuring a comprehensive understanding of protective strategies in power systems.