Technical Fundementals
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This course aims to enable participants in developing their knowledge and skills in Electrical Energy Essentials. The learner will develop the skills necessary to understand the primary functions of power system components. Upon completion of this course, participants will be able to understand the high- level power system components and interactions within the electric energy industry. Participants are expected to have acquired the required knowledge to better contribute and be more informed in workplace situations upon completion of this course.
This course is designed for management and staff who will benefit from knowledge of power systems in the electric energy domain; and is helpful as managers are expected to be comfortably conversant in this industry and be appropriately equipped to make informed decisions.
This course aims to enable participants in developing their knowledge and skills in Digital Instrument Transformers (DIT). The learner will develop the skills necessary to understand the transformers, their technology and their environment. DIT’s reduced size and weight are attractive benefits over conventional instrument transformers, allowing for easy placement in compact substations or in retrofit applications. Their broad, dynamic range makes it particularly suited for applications where extreme accuracy at both full power output and station service draw is demanded. DIT is the future-ready solution for HV and UHV networks, with a complete new approach of the instrument transformers’ use.
This course is designed for consulting and protection engineers, and project managers and field technicians.
This course aims to enable participants in developing their basic knowledge and skills in HVDC converter equipment. The learner will develop their knowledge and understanding of the benefits and scope of HVDC transmission, their awareness of HVDC technology and applications, a technical understanding of HVDC equipment, and the scope of HVDC scheme specification.
This course is designed for power transmission and distribution engineers.
This course aims to enable participants in developing their knowledge and skills in the Fundamentals of High Voltage Circuit Breakers. The learner will develop the skills necessary to gain confidence in the correlation between High Voltage network parameters and the associated key switchgear parameters in the compilation of switchgear specifications.
This course is designed for engineers involved in the design and application of transmission networks, and graduate engineers entering the industry.
This course aims to enable participants in developing their knowledge and skills in the Application of Industry Power System Protections. The learner will develop their understanding of the aspects of protection most commonly found in distribution for medium and low voltage networks in the oil & gas, petroleum, steel, mining and metal industries.
This course is designed for engineers or managers who already have experience in protection principles, but want to expand or update their knowledge in the area of distribution and generation power systems.
This course aims to enable participants in developing their knowledge and skills in the Application of Protective Relaying to Transmission Systems. The learner will develop their understanding of protection settings and application of transmission protections. This course will reinforce your company’s expert knowledge, reduce your maintenance costs and downtime, and handle your system operations effectively in all situations. Upon completion of this course, participants will sustain the success of their company by enhancing employee efficiency and morale.
This course is designed for engineers who wish to gain more experience in protection settings and application of transmission protections.
This course aims to enable participants in developing their knowledge and skills in the Application of Utility Power System Protections. The learner will develop their understanding of the most common types of protection found in distribution, transmission, and sub-transmission power systems. This course will reinforce your company’s expert knowledge, reduce your maintenance costs and downtime, and handle your system operations effectively in all situations. Upon completion of this course, participants will sustain the success of their company by enhancing employee efficiency and morale.
This course is designed for engineers and managers who already have experience in protection principals, but want to expand or update their knowledge in the areas of generation, transmissions, and distribution power systems.
This course aims to enable participants in developing their knowledge and skills in the Application of Overcurrent Grading and Commissioning. The learner will develop their understanding of fault and grade overcurrent, and basic commissioning techniques. This course will reinforce your company’s expert knowledge, reduce your maintenance costs and downtime, and handle your system operations effectively in all situations. Upon completion of this course, participants will sustain the success of their company by enhancing employee efficiency and morale.
This course is designed for delegates who require more tutorial time on fault calculations and application of overcurrent relays, together with knowledge of basic relay testing.
Introduction to the Protection Scheme Philosophy for MV and HV Networks
Duration: 5 days | Level: Basic
This course aims to provide participants with an Introduction to the Protection Scheme Philosophy for Medium Voltage and High Voltage Networks. The learner will develop their understanding of the protection schemes of industrial, distribution, and generation transmission electrical networks; as well as digital control systems for high and medium voltage substations.
This course is designed for maintenance and commissioning engineers, especially those involved in protective relays, as well as protection engineers, protection design engineers, and project managers.
This course aims to enable participants in developing their basic knowledge and skills in Transmission Power System Protections. The learner will develop their understanding of the key principles of protection in high voltage and extra high voltage transmission networks. This course will reinforce your company’s expert knowledge, reduce your maintenance costs and downtime, and handle your system operations effectively in all situations. Upon completion of this course, participants will sustain the success of their company by enhancing employee efficiency and morale.
This course is designed for maintenance and commissioning engineers, especially those involved with protective relays, as well as protection engineers, protection design engineers, and project managers.
Utility Transmission Power System Protections (Intermediate)
Duration: 4 days | Level: Intermediate
This course aims to enable participants in developing their knowledge and skills in Utility Transmission Power System Protections at an advanced level. The learner will develop their understanding of high voltage and extra high voltage transmission network protection principles. The participants will attain a high level of understanding in HV/EHV protection schemes, and be able to realize an optimal specification of a protection scheme.
This course is designed for maintenance and commissioning engineers, especially those involved with protective relays, as well as protection engineers, protection design engineers, and project managers.
This course aims to enable participants in developing their basic knowledge and skills in Power Network Essentials. The learner will develop their understanding of electrical power networks, so that managers may be comfortably conversant in this industry and better equipped to make informed decisions, as well as ensuring that staff members have the knowledge necessary to better contribute and be more informed within the workplace.
This course is designed for engineers who do not have a background in electrical engineering but are working, or are associated with, the electrical power industry.
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