IED Protection Tools and Cyber Security

This training course addresses the critical need for power system professionals to master both protection applications and cybersecurity aspects of Intelligent Electronic Devices (IEDs), which form the backbone of modern power grid protection. To meet the energy and power needs of the modern world, power grid operators increasingly use an array of IED protection that include protective relays, circuit brakers, capacitor bank switches, recloser controllers and voltage regulators with high intelligence and increased levels of connectivity. As power systems become increasingly interconnected and digitalized, understanding the intricate relationship between protection functionality and cybersecurity is essential for maintaining grid reliability and security. The training course delivers comprehensive, hands-on training that bridges the gap between traditional protection engineering and modern cybersecurity requirements. Participants will gain practical experience with IED configuration, protection scheme design, and security implementation through real-world scenarios and laboratory exercises. The training course combines advanced protection concepts with cutting-edge cybersecurity practices, ensuring participants can implement and maintain secure, reliable protection systems that meet both operational and security requirements in today's evolving power grid environment.

This IED Protection Tools and Cyber Security training course will highlight:

• Master practical IED configuration and testing techniques using industry-standard tools
• Develop expertise in implementing complex protection schemes while maintaining cybersecurity
• Gain experience with IEC 61850 communications and security standards (IEC 62443, IEC 62351, IEEE 1686) 
• Learn to integrate protection functions with modern cybersecurity requirements
• Acquire practical skills in security assessment and incident response for protection systems

This training course will utilize various proven adult learning techniques to ensure maximum understanding, comprehension and retention of the information presented. This includes many examples to clarify the concepts, standards, and communication protocols and also a set of practical breakout exercises to enable delegates working in groups active participation in discussions and sharing ideas and experiences towards the completions of the exercises.

This training course is designed for professionals involved in the design, implementation, and maintenance of power system protection and control systems. It is particularly valuable for those working with modern IED-based protection systems and concerned with maintaining both reliability and security, such as:

• Protection and Control Engineers
• Substation Automation Specialists
• Power System Engineers and Technicians
• Electrical Engineers working with protection systems
• Cybersecurity Professionals in power utilities
• SCADA and Control System Engineers
• Maintenance and Commissioning Engineers
• System Integration Specialists
• Technical Consultants and Field Service Engineers
• Grid Operations Personnel

The training course content is structured to accommodate participants from various sectors including:

Day 1: IED Fundamentals and Power System Protection

• Evolution of protection systems: From electromechanical to digital
• IED architecture and components
• Protection functions and characteristics
• Communication protocols (IEC 61850, DNP3)
• Real-time data processing and decision making
• Setting and configuration basics

Day 2: Advanced Protection Applications

• Distance protection implementation
• Differential protection schemes
• Advanced protection functions
• Protection coordination principles
• Fault recording and analysis

Day 3: IED Communications and Integration

• Network architecture for substations
• IEC 61850 implementation
• GOOSE and sampled values
• Time synchronization
• System integration challenges
• Performance requirements
• IEC 61850 configuration

Day 4: Cybersecurity Fundamentals for IEDs

• Threat landscape for power system IEDs
• Security standards (IEC 62443, IEC 62351, IEEE 1686)
• Access control and authentication
• Secure communication protocols
• Security event monitoring
• Firmware management and updates
• Security testing methods

Day 5: Advanced Security and System Management

• Defense in depth strategies
• Security incident response
• Patch management for IEDs
• Backup and recovery procedures
• Maintenance and testing procedures
• Security assessment methods
• Integration with security operations