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Course Outline
Introduction to Electricity and Electrical Power Systems
- Overview of fundamental electrical principles
- Fundamental concepts: voltage, current, resistance, and power
- Power and energy: basic measurements and calculations
- Simplified analogies to comprehend electrical principles
- Understanding Electrical Power Systems
- Components and structure of an electrical power system
- Integration with the National Electrical System (NES)
- Overview of the process for energy generation, transmission, and distribution
- Key stakeholders and regulators in the electrical sector
Regulatory Elements in the Electrical Sector
- Regulatory aspects of energy storage
- Overview of energy storage technologies and their role within the power system
- Regulatory requirements for energy storage solutions
- Case studies of energy storage implementation in the National Electrical System
- Technical standards for cogeneration
- Definition and significance of cogeneration in enhancing energy efficiency
- Regulatory framework and standards governing cogeneration
- Integration of cogeneration facilities into the power grid
Regulatory and Technical Standards for Isolated and Inspected Systems
- Regulatory aspects for isolated systems
- Characteristics of isolated electrical systems and their specific requirements
- Regulatory requirements for isolated systems
- Applications and examples of isolated systems across various regions
- Regulatory aspects for inspection
- Standards and guidelines governing system inspections
- The importance of regular inspections for ensuring system reliability and safety
- Tools and methods for effective inspection within the power sector
Standards for Design and Construction in Distribution Networks and Substations
- Technical standards for the design and construction of distribution networks
- Core principles and guidelines for designing and constructing distribution networks
- Safety, reliability, and efficiency considerations in network design
- Overview of materials, equipment, and construction best practices
- Technical standards for the design and construction of substations
- Foundations of substation design and its role within the power system
- Key components and standards for substation construction
- Safety and regulatory compliance requirements 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
- The importance of accurate measurement and metering for regulated users
- Standards governing measurement devices and data accuracy
- Procedures for monitoring and reporting energy use for compliance purposes
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, such as frequency and voltage control
- Practical applications of complementary services in energy management
- Technical standard for settlements
- Settlement processes and their role in energy markets
- Standards for calculating settlements and addressing discrepancies
- Examples of settlement practices within the national electrical system
Summary and Next Steps
Requirements
- Fundamental understanding of electrical concepts
- Knowledge of energy systems
Audience
- Electrical professionals
- Technicians
21 Hours
