TRANSFORMER PLANNING
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Check course availability
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Benefits include:
Comprehensive course documentation
Certificate of attendance
Participation in an interactive workshop
Learning from an internationally & locally recognised expert
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Learning outcomes:
Understand critical parameters required to be considered
during transformer planning to ensure adequate transformer design
Learn about required testing regime, conditions for proper
transformer operation and maintenance to ensure that a transformer,
once in operation, will perform as expected.
Know how to achieve maximum and optimal transformer performance
Participate in solving typical design problems in an interactive
workshop
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Day 1
Choosing transformers to suit your operational requirements
Basic principles of transformer design
Transformer classification based on mode of operation, type of application, type of cooling and winding/core configuration
Transformer parameters that have to be determined during the network planning stage
Voltage drop
Transformer losses and efficiency
Day 2
Planning proper transformer operation to ensure long life
Transformer installation
Normal service conditions
Parallel operation
Permitted and dangerous levels of transformer overload
Transformer's life expectancy and life limiting factors
Controlling aging accelerators
Day 3
Understanding transformer testing
Purpose and timing of Routine, Type and Special tests
Field tests for maintenance purposes (Oil screen testing, Moisture in oil test, Gas-in-oil analysis, Elect. testing, Thermographic survey)
Limitations of monitoring and diagnostic tests
Workshop
Typical design problems and case studies discussed in a workshop environment.
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Who should attend?
This course is suggested for engineers and managers involved
with planning and/or operations of electrical power systems.
Consultants, application engineers, design engineers and
electrical engineers from large industrial plants or municipal
distribution systems will find this course very beneficial
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Course Synopsis:
This course is focusing on critical parameters that should
be considered during transformer planning and consequent tests,
which should be performed prior to transformer's installation to
ensure that it meets all performance requirements. Conditions for
proper transformer operation are also discussed, from installation,
parallel operation to overload limitations.
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Course Trainer:
Aleksandar Milin
BSc (Hon) Electrical Engineer
Member of IET (UK) and IEEE(US)
Power Engineering Consultant
Managing Director - MATREX
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