Protection and Control of High-Voltage Power Circuits

Master protection and control of high-voltage power circuits with expert-led theory, system design, and safety fundamentals—fully online.

Overview:This course dives deep into the principles and techniques involved in the protection and control of high-voltage power circuits. Covering everything from relay coordination to fault detection, system stability, and circuit breaker strategies, it’s structured to deliver a solid understanding of how electrical protection systems function in high-voltage networks. Whether it’s generation, transmission, or distribution—each section is carefully designed to build your technical insight into how protection mechanisms are implemented and why they matter.

With no unnecessary jargon or filler, the content is straightforward and focused. Learners gain theoretical knowledge relevant to automation, grid reliability, and fault analysis—ideal for those looking to improve their competence in system design and operational safety. From current transformers to digital protection schemes, the course supports informed decision-making in today’s evolving power systems, all without leaving your desk.

Learning Outcomes:

• Understand key principles of high-voltage power circuit protection.
• Explain different types of protective relays and their applications.
• Interpret high-voltage system diagrams and protection layouts clearly.
• Identify major causes of faults in transmission and distribution systems.
• Evaluate the role of automation in electrical protection systems.
• Assess system stability and control under fault and load conditions.

Who is this Course For:

• Electrical engineers aiming to refine high-voltage system knowledge.
• Power system analysts working on protection and fault analysis.
• Students in electrical engineering seeking focused circuit knowledge.
• Technicians involved in substation protection and remote monitoring.
• Utility professionals responsible for grid operation and reliability.
• Project managers handling high-voltage infrastructure planning.
• Graduates entering the field of power systems and energy networks.
• Academics or researchers exploring protection methodologies in grids.

Career Path :

• Power Systems Engineer – £45,000 per year
• Protection & Control Engineer – £48,000 per year
• Transmission Planning Engineer – £52,000 per year
• Substation Design Engineer – £47,000 per year
• Electrical Grid Analyst – £44,000 per year
• Relay Settings Coordinator – £46,000 per year