Learn about the protection of substation buses to further your career in electrical and power engineering
The Power System Protection Busbar Protection is a live online course for electrical engineers who want to increase their knowledge and skill set in power system protection, control and monitoring. This course is focused on the protection of substation buses and will progress from the fundamentals of busbar protection through to busbar protection design.
Build on existing knowledge of protection to learn about substation buses and protection requirements to ensure their continued reliable operation.
This course brings you all of the knowledge required to protect substation buses, and covers a wide range of topics, from very basic principles, through more advanced concepts of busbar protection. Ideal for those new to this field of electrical engineering, the approaches covered in this course are the ones that are most used in practice around the world. This is the second course in a three-course series on substation protection. The first course introduces you to power system architecture and fundamental protection principles. The third course covers transformer protection. You can take courses individually or purchase the series, which includes all three courses together at a discounted price.
This course demonstrates the protection of substation buses using real-time simulation, based on the ETAP software. At the completion of this course, you will be able to:
Electricity is one of the most important commodities in the modern world. As such, protecting substations against failures and faults is a big business. Busbar protection is one important area that relates to the protection of substations and this course aims to give you a good grounding in this type of protection as well as a few common challenges faced. You’ll be led along by industry expert Dr. Julian Leslie who has 30 years experience, including 8 years at Alstom (now GE Grid Solutions). The course starts off with an introduction and overview before moving on to some basic theory relating to power system protection. After this you move onto the busbar, where practical examples are discussed along with some commonbusbar-based faults and real world issues.
