AC EHV and HV Substation Design
Training Course
2 days face to face
Substation Design Engineers
Electrical Engineers
Power Systems Engineers
High Voltage Engineers
Project Engineers
Transmission Engineers
Maintenance Engineers
Facilities Engineers
Operations Managers
Technical Consultants
Electrical Design Engineers
Utility Engineers
Grid Engineers
EHV and HV Substations play an important role in the electric power systems. A properly planned and designed substation is essential for the reliable operation of a power system network. A new substation would need to be built to meet the requirements of growing load and operation under changing competitive markets. Upgrading of existing substations would require a comprehensive knowledge of the substation as well as the power system. This course covers all aspects of 500kV, to MV as integral part of EHV, voltage substation design including regulatory requirements and general design considerations from feasibility through technical specification and tendering to the detail design. Practical understanding of planning, design, technical specification application and a step-by-step approach of the substation design process is explained as well as details of design documentation for each design stage. Health & safety and environmental issues relevant for the design are covered in this comprehensive course. Specifics aspects of underground substation requirements and their construction are highlighted throughout the course from planning, safety requirements to the technical specifications and installation for that particular environment.
Module 1 1. Substations in Power Systems
1.1 Power Systems
1.2 Substations in Power Systems
1.2.1 Generation Power Stations
1.2.2 Transmission systems
1.2.3 Distribution systems
1.2.4 Consumer systems 1.3 Substations Overview 1.3.1 Substation Purpose
1.3.2 Substation Types Planning New Substations
1.4.1 Planning Overview
1.4.2 Factors for Planning
1.4.3 Planning Methodology
1.4.4 Power System Design Module 2 2. S/S DESIGN overview
2.1 S/S Design Overview
2.2 S/S Design Structural Diagram
2.3 Design Objectives Module 3
3. Feasibility Design
3.1 Feasibility Design Purpose
"3.2 Inputs to the Feasibility Design 3.2.1 Transmission & Distribution
3.2.2 Inputs for Transportation
3.2.3 Inputs for Industrial Systems
3.2.4 Inputs for Building Centres
3.2.5 Inputs from Code of Practice"
"3.3 Site Selection 3.3.1 Initial Steps & Site Visit
3.3.2 Feasibility of the Site"
"3.4 Feasibility Optimal Design 3.4.1 Select a Single Line Diagram
3.4.2 Consider Design Options
3.4.3 Determine Layout
3.4.4 Determine Outage Requirements
3.4.5 Reliability Assessment
3.4.6 Environmental Assessment"
"3.5 Technical Appraisal 3.6 Financial Appraisal
3.7 Feasibility Design Example"