Basic Principles of Electricity and Electrical Power System Operations

• Basic understanding of electrical concepts
• Knowledge of energy systems

Audience

• Electrical professionals
• Technicians

Electricity is a form of energy resulting from the movement of electric charges, typically through conductors like wires. Electrical power system operations refer to the generation, transmission, distribution, and regulation of electricity from power plants to end consumers.

This instructor-led, live training (online or onsite) is aimed at beginner-level electrical professionals who wish to gain foundational knowledge on electricity and electrical power systems.

By the end of this training, participants will be able to:

• Understanding basic principles of electricity.
• Comprehend the structure and operation of electrical power systems.
• Apply regulatory standards for energy storage and cogeneration.

Format of the Course

• Interactive lecture and discussion.
• Lots of exercises and practice.
• Hands-on implementation in a live-lab environment.

Course Customization Options

• To request a customized training for this course, please contact us to arrange.

Introduction to Electricity and Electrical Power Systems

• Overview of basic principles of Electricity
  • Fundamental concepts: voltage, current, resistance, and power
  • Power and energy: basic measurements and calculations
  • Simple analogies to understand electrical principles
• Understanding Electrical Power Systems
  • Components and structure of an electrical power system
  • Integration with the National Electrical System (NES)
  • Overview of the energy generation, transmission, and distribution process
  • Key participants and regulators in the electrical sector

Regulatory Elements in the Electrical Sector

• Regulatory elements of energystorage
  • Overview of energy storage technologies and their role in the power system
  • Regulatory requirements for energy storage solutions
  • Case studies of energy storage in the National Electrical System
• Technical standard for cogeneration
  • Definition and importance of cogeneration in energy efficiency
  • Regulatory framework and standards for cogeneration
  • Integration of cogeneration facilities into the power grid

Regulatory and Technical Standards for Isolated and Inspected Systems

• Regulatory elements for isolated systems
  • Characteristics of isolated electrical systems and their unique needs
  • Regulatory requirements for isolated systems
  • Applications and examples of isolated systems in various regions
• Regulatory elements for inspection
  • Standards and guidelines for system inspections
  • Importance of regular inspection for system reliability and safety
  • Tools and methods for effective inspection in the power sector

Standards for Design and Construction in Distribution Networks and Substations

• Technical standards for the design and construction of distribution networks
  • Key principles and guidelines for designing and constructing distribution networks
  • Safety, reliability, and efficiency in network design
  • Overview of materials, equipment, and best practices for construction
• Technical standards for the design and construction of substations
  • Basics of substation design and its role in the power system
  • Key components and standards for substation construction
  • Safety and regulatory compliance for substations

Standards for Transmission Networks and Measurement for Regulated Users

• Standard for the design and construction of transmission networks
  • Overview of transmission networks and their role in energy delivery
  • Design and construction standards for transmission lines
  • Regulatory considerations and safety requirements for transmission infrastructure
• Measurement standard for regulated users
  • Importance of accurate measurement and metering for regulated users
  • Standards for measurement devices and data accuracy
  • Procedures for monitoring and reporting energy use for compliance

Complementary Services and Settlements in the Power System

• Technical standard for complementary services
  • Definition and role of complementary services in the power grid
  • Regulatory standards for ancillary services like frequency and voltage control
  • Practical applications of complementary services in energy management
• Technical standard for settlements
  • Settlement processes and the role in energy markets
  • Standards for calculating settlements and addressing discrepancies
  • Examples of settlement practices in the national electrical system

Summary and Next Steps