Substation Design

Overview of Electrical Substation Design Course Offerings

Electrical substation design training covers all aspects from basic to advanced concepts essential for completing electrical substation projects. You will learn all about the components of an electrical substation, its layouts, grounding systems, and other details. The course covers all aspects from single-line diagrams to advanced lighting protection design. Prepare yourself to advance your career with electrical substation training.

Substation Design Training Syllabus

Substation design course includes the following topics in its syllabus.

1. Introduction to Substation

• Have an overview of the electrical power systems. Know the types of substations and their importance in power systems.
• Understand the classification of substation based on voltage levels and based on design.
• Study substation arrangement types like single bus, double bus, etc.
• Understand the substation functions and the basics of control systems and protective relays.

2. Single Line Diagram

• Learn about the standard SLD symbols and the symbols representing transformers, isolators, etc.
• Study the steps involved in the preparation of a single-line diagram using relevant data.
• Find out how to select and rate equipment like circuit breakers, transformers, tap changers, and isolators.
• Understand the indication of protection zones, battery systems, AC supply source, DC supply source, charger connections, and relay coordination on an SLD.
• Familiarize yourself with the software used for preparing SLD with practical training.

3. Substation Design

• Learn about the major equipment, supporting equipment, and auxiliary systems of substations. Have an overview of design standards, safety regulations, and codes.
• Understand how to create a layout design and how to place equipment in the design. Study the sizing and selection of busbar, cable, substation earthing grid, and earthing conductor.
• Become familiar with what substation grounding is and its design. Learn about lightning protection design in compliance with the codes and regulations.
• Know substation automation and communication systems. Understand project design deliverables and the preparation of documents like BOQ.
• Practical session on the usage of software tools and hands-on training in design.

4. Substation Earthing Design

• Understand the codes and standards to be complied with in substation earthing design. Know all about the safety aspects of system earthing.
• Study in detail the components of an earthing system, the methods of joining various elements, and the protection techniques for avoiding corrosion of materials.
• Learn about the things to be considered, like soil resistivity, seasonal changes, voltage, and measurement methods to be followed.
• Understand earthing grid design based on calculations and analysis. Know the different testing methods to study earthing resistance.
• Become familiar with the software tools used for earthing design with practical training.

5. Switchyard Design

• Have an overview of the various types of switchyards and their configurations.
• Find out how to plan and layout a switchyard area. Learn about the selection of bus arrangements and equipment arrangements.
• Understand in detail all major switchyard equipment, including busbars, lightning arrestors, power transformers, etc. Know the types of busbars and their sizing.
• Learn about switchyard layout drawings, section views, integration of SLD, and preparation of BOM and BOQ.
• Practical training with the usage of software tools and hands-on training in switchyard layout design.

6. Transmission Line Design

• Study the various types of transmission systems and their components, such as conductors, insulators, ground wire, hardware fittings, and ground wire.
• Understand the step-by-step process of electrical design of transmission lines. Know the steps involved in the mechanical design of overhead lines.
• Learn about tower components, tower spotting, tower loadings, transmission tower types, and tower design.
• Discover the factors affecting the selection of routes. Know route alignment using GPS tools and route survey.
• Study the testing and maintenance of transmission lines and familiarize yourself with using software tools.

7. Cable Selection

• Know the types of power cables, the construction of cables, voltage rating, insulation rating, short-circuit rating, and cable ratings.
• Find out how to select and size cables based on several factors. Understand all types of cable installation methods for underground and overhead lines.
• Study the testing of cable joints and their selection.
• Learn about the selection of protective devices and the coordination between cables.
• Practical training

8. Illumination System Design

• Understand the methodologies of illumination system design
• Know in detail the lighting requirements, emergency lighting, hazardous lighting, and safety signage.
• Study energy efficiency and smart lighting
• Practical session

Demand for Skilled Substation Professionals in Dubai

• The demand for skilled substation professionals is high because of the growing infrastructure in Dubai. Statistical data reveal that there are hundreds of listings for substation engineers in the state.
• Moreover, the state is investing heavily in the renewable energy sector. The role of professionals who have completed a substation design training course is important in the sector in designing, installing, and maintaining renewable energy substations.
• There are many ongoing projects in the electrical and construction fields.
• They are needed for all roles, from entry-level jobs to senior levels. Professionals who have attended substation design classes are efficient in managing the projects. So, the demand is high for both technical and management roles.

Substation Design Training Outcome

• Gain theoretical and practical knowledge in designing power substations with substation training.
• Acquire skills in the selection of the right components and equipment and in the preparation of documents.
• Become an expert in using upgraded software tools and modern technologies for substation design.
• Get a certificate with global recognition, which will increase your job opportunities worldwide.

Substation Design Training - Tools You Learn

Substation certification provides you with skills and knowledge in the following.

• Software for creating SLDs, cable routing layouts, and switchyard layouts.
• Tools for analysing load flow and short circuit
• Software tools for calculating the earthing grid, cable sizes, and voltage drops.
• Tools for designing lightning protection systems and earthing grids.

Career Benefits After Completing Substation Design Training in Dubai

• When you complete a substation design course, a lot of career opportunities will open doors for you in Dubai and abroad.
• You can find leading job roles in a wide range of companies, including electrical, renewable energy, construction, and infrastructure.
• The substation design course makes you ready for diverse roles like design engineer, substation designer, substation maintenance expert, and substation technician.

Who Can Attend Substation Design Training in Dubai?

The course is designed for:

• Design, structural, civil, electrical, substation, power, project, site, consulting, maintenance, commissioning, and electronics engineers who want to specialize in substation design
• Construction project managers and supervisors who would like to ensure full control of the project.
• Graduates, diploma holders, and technicians in electrical and electronics.

Why Join Arabian Infotech For Substation Design Training?

Arabian Infotech provides many special technical courses to help professionals step ahead in their careers. You should join it because of its pluses, including:

• A comprehensive syllabus covering everything from basic to advanced
• Experienced tutors with updated knowledge in the field
• Flexible class schedules to ensure it does not affect professionals’ working schedules
• Placement support and networking opportunities
• Affordable fee structure