NrgEdge - Learning and Networking’s Post

This 4-day training course aims to make electrical systems safer. A balance of theory and practice will provide a firm foundation of knowledge for your next design or construction project as well as for field service work.  The course material will prepare you to correct electrical system problems and improve safety and efficiency. Additionally, a case study will be used to discuss short circuit, protective device coordination and arc flash analysis and mitigation in an industrial plant. What you will learn: • Understand short circuit events and the power system impacts • Protect your electrical systems using appropriate protective devices and know the best ways of coordinating them • Identify safety hazards to personnel who come in contact with energized electrical systems • Prevent equipment failures and malfunctions by employing proper arc flash mitigation techniques  • Interpret standards and labels related to arc flash • Enhanced interpretation on coordination of devices and data • Examine arc flash and incident energy calculations • Improve safety and efficiency by rectifying electrical problems within operations To know more about this training course - https://lnkd.in/gqPTn-eF #powergeneration #powerutilities #powerindustry #electricitygeneration #renewableenergy #renewableenergysystems #cleanenergyfuture #cleanfuel #utilities #utilityindustry #electricalengineering #electricalenergy #electricalengineer #powerengineering

This 4-day training course aims to make electrical systems safer. A balance of theory and practice will provide a firm foundation of knowledge for your next design or construction project as well as for field service work.  The course material will prepare you to correct electrical system problems and improve safety and efficiency. Additionally, a case study will be used to discuss short circuit, protective device coordination and arc flash analysis and mitigation in an industrial plant. What you will learn: • Understand short circuit events and the power system impacts • Protect your electrical systems using appropriate protective devices and know the best ways of coordinating them • Identify safety hazards to personnel who come in contact with energized electrical systems • Prevent equipment failures and malfunctions by employing proper arc flash mitigation techniques  • Interpret standards and labels related to arc flash • Enhanced interpretation on coordination of devices and data • Examine arc flash and incident energy calculations • Improve safety and efficiency by rectifying electrical problems within operations To know more about this training course - https://lnkd.in/gqPTn-eF #powergeneration #powerutilities #powerindustry #electricitygeneration #renewableenergy #renewableenergysystems #cleanenergyfuture #cleanfuel #utilities #utilityindustry #electricalengineering #electricalenergy #electricalengineer #powerengineering

This 4-day training course aims to make electrical systems safer. A balance of theory and practice will provide a firm foundation of knowledge for your next design or construction project as well as for field service work.  The course material will prepare you to correct electrical system problems and improve safety and efficiency. Additionally, a case study will be used to discuss short circuit, protective device coordination and arc flash analysis and mitigation in an industrial plant. What you will learn: • Understand short circuit events and the power system impacts • Protect your electrical systems using appropriate protective devices and know the best ways of coordinating them • Identify safety hazards to personnel who come in contact with energized electrical systems • Prevent equipment failures and malfunctions by employing proper arc flash mitigation techniques  • Interpret standards and labels related to arc flash • Enhanced interpretation on coordination of devices and data • Examine arc flash and incident energy calculations • Improve safety and efficiency by rectifying electrical problems within operations To know more about this training course - https://lnkd.in/gqPTn-eF #powergeneration #powerutilities #powerindustry #electricitygeneration #renewableenergy #renewableenergysystems #cleanenergyfuture #cleanfuel #utilities #utilityindustry #electricalengineering #electricalenergy #electricalengineer #powerengineering

This 4-day training course aims to make electrical systems safer. A balance of theory and practice will provide a firm foundation of knowledge for your next design or construction project as well as for field service work.  The course material will prepare you to correct electrical system problems and improve safety and efficiency. Additionally, a case study will be used to discuss short circuit, protective device coordination and arc flash analysis and mitigation in an industrial plant. What you will learn: • Understand short circuit events and the power system impacts • Protect your electrical systems using appropriate protective devices and know the best ways of coordinating them • Identify safety hazards to personnel who come in contact with energized electrical systems • Prevent equipment failures and malfunctions by employing proper arc flash mitigation techniques  • Interpret standards and labels related to arc flash • Enhanced interpretation on coordination of devices and data • Examine arc flash and incident energy calculations • Improve safety and efficiency by rectifying electrical problems within operations To know more about this training course - https://lnkd.in/gqPTn-eF #powergeneration #powerutilities #powerindustry #electricitygeneration #renewableenergy #renewableenergysystems #cleanenergyfuture #cleanfuel #utilities #utilityindustry #electricalengineering #electricalenergy #electricalengineer #powerengineering

This 4-day training course aims to make electrical systems safer. A balance of theory and practice will provide a firm foundation of knowledge for your next design or construction project as well as for field service work.  The course material will prepare you to correct electrical system problems and improve safety and efficiency. Additionally, a case study will be used to discuss short circuit, protective device coordination and arc flash analysis and mitigation in an industrial plant. What you will learn: • Understand short circuit events and the power system impacts • Protect your electrical systems using appropriate protective devices and know the best ways of coordinating them • Identify safety hazards to personnel who come in contact with energized electrical systems • Prevent equipment failures and malfunctions by employing proper arc flash mitigation techniques  • Interpret standards and labels related to arc flash • Enhanced interpretation on coordination of devices and data • Examine arc flash and incident energy calculations • Improve safety and efficiency by rectifying electrical problems within operations To know more about this training course - https://lnkd.in/gqPTn-eF #powergeneration #powerutilities #powerindustry #electricitygeneration #renewableenergy #renewableenergysystems #cleanenergyfuture #cleanfuel #utilities #utilityindustry #electricalengineering #electricalenergy #electricalengineer #powerengineering

This 4-day training course aims to make electrical systems safer. A balance of theory and practice will provide a firm foundation of knowledge for your next design or construction project as well as for field service work.  The course material will prepare you to correct electrical system problems and improve safety and efficiency. Additionally, a case study will be used to discuss short circuit, protective device coordination and arc flash analysis and mitigation in an industrial plant. What you will learn: • Understand short circuit events and the power system impacts • Protect your electrical systems using appropriate protective devices and know the best ways of coordinating them • Identify safety hazards to personnel who come in contact with energized electrical systems • Prevent equipment failures and malfunctions by employing proper arc flash mitigation techniques  • Interpret standards and labels related to arc flash • Enhanced interpretation on coordination of devices and data • Examine arc flash and incident energy calculations • Improve safety and efficiency by rectifying electrical problems within operations To know more about this training course - https://lnkd.in/gqPTn-eF #powergeneration #powerutilities #powerindustry #electricitygeneration #renewableenergy #renewableenergysystems #cleanenergyfuture #cleanfuel #utilities #utilityindustry #electricalengineering #electricalenergy #electricalengineer #powerengineering

This 4-day training course aims to make electrical systems safer. A balance of theory and practice will provide a firm foundation of knowledge for your next design or construction project as well as for field service work.  The course material will prepare you to correct electrical system problems and improve safety and efficiency. Additionally, a case study will be used to discuss short circuit, protective device coordination and arc flash analysis and mitigation in an industrial plant. What you will learn: • Understand short circuit events and the power system impacts • Protect your electrical systems using appropriate protective devices and know the best ways of coordinating them • Identify safety hazards to personnel who come in contact with energized electrical systems • Prevent equipment failures and malfunctions by employing proper arc flash mitigation techniques  • Interpret standards and labels related to arc flash • Enhanced interpretation on coordination of devices and data • Examine arc flash and incident energy calculations • Improve safety and efficiency by rectifying electrical problems within operations To know more about this training course - https://lnkd.in/gqPTn-eF #powergeneration #powerutilities #powerindustry #electricitygeneration #renewableenergy #renewableenergysystems #cleanenergyfuture #cleanfuel #utilities #utilityindustry #electricalengineering #electricalenergy #electricalengineer #powerengineering

This training course offers valuable information and insights with real-life cases and explanations by DNV experts in this topic.

Power transformers are vital components of the power supply infrastructure. Their reliability, availability, life cycle cost, and residual life expectancy depend significantly on how they are designed, built, operated, and maintained. DNV’s 3-day training course will help you understand the basic principles of power transformers and associated utilization issues. It covers aspects such as design & construction, protection, oil, condition assessment, testing, maintenance, and more. Furthermore, you will have the opportunity to discuss your questions with internationally reputed transformer experts and exchange experiences and practical examples with fellow participants. For more info and to register: https://dnv.social/5sJ #DNVAcademy #PowerTransformers #EnergyTransition

In 2004, I embarked on an intensive nine-month training program in protection and instrumentation. This experience laid the foundation for my deep understanding of substation protection systems, combining both theoretical knowledge and practical application. The first protection scheme we delved into was overcurrent protection — a concept that is straightforward yet crucial. Overcurrent protection is a familiar safeguard in electrical systems, responding to faults where short-circuit currents surge beyond normal levels. The principle is simple: when an overcurrent is detected by the relay, it triggers the circuit breaker to isolate the faulted section, thus protecting the system from damage. We encounter this in various forms, from the miniature circuit breakers (MCBs) at low-voltage levels to overcurrent protection schemes in high-voltage (HV) systems. The calculations for overcurrent protection seemed intuitive, and its effectiveness was evident. However, as the training progressed, we were introduced to distance protection—a more sophisticated form of protection designed for high-voltage (HV) and extra-high-voltage (EHV) transmission lines and cables. The complexity of distance protection immediately raised questions: Why is such a complex protection scheme necessary? How do we go about setting the relay calculations for this type of protection? Unlike overcurrent protection, which relies solely on current transformer inputs, distance protection requires inputs from both current transformers (CTs) and voltage transformers (VTs). This complexity serves a vital purpose, ensuring precise fault detection and isolation over vast transmission distances. This article, which will be presented in two parts, aims to demystify distance protection. We will start by exploring the fundamental concepts and then delve into the intricacies of setting calculations for distance relays. Read more https://lnkd.in/dVK3GBsX