Distribution System Operator (DSO)

Electric Power System Operations

4 Days: Electric Power System Operations provides an overview of the Bulk Electric System (BES) including industry history and the components used in generation, transmission and distribution of electricity. This course is designed to help non-engineer power professionals understand technical aspects of the electric grid such as: Electrical generation and power plants, substations and substation equipment, transmission and distribution, system protection amd personal protection.

Distribution Systems

4 Days: Distribution Systems gives students working knowledge of technical and engineering concepts in modern distribution facilities equipment, construction practices and design applications. It starts with an overview of the electric power system as it applies to distribution, customer services and consumption, then examines overhead and underground equipment applications and configurations, service reliability and power quality. It provides an in-depth examination of electrical safety, including arc flash, in high voltage environments.

Advanced Distribution Concepts

4 Days: Advanced Distribution gives students an in-depth look into the relevant ancillary aspects of distribution planning, design and operations. Students discuss methods to improve circuit reliability performance, techniques to manage voltage flicker/transients and techniques to troubleshoot stray voltages and currents. Additionally, this class covers modern digital electronic devices and other smart means to improve distribution automation.

Electrical Safety

3 Days: Electrical Safety provides a comprehensive understanding of theory and industry best practices to ensure personnel safety when working with electric power lines and substations. Students review safety equipment testing requirements and procedures for readiness, while learning common sense aspects of safe electrical grounding and how to evaluate the expected performance of jumpers. Students learn to appreciate the rationale behind single-point grounding, proper vehicle safety and equipment testing while discussing the OSHA safety accountability for proper personnel training and equipment selection.