● Being able to systematically master industry development trends, national policies, platform policies and regulations, basic concepts and theories, business processes, and becoming proficient in platform operations.
● Being able to master the working principles of transformers, induction motors, and synchronous generators, and familiarizing with their structures, understanding their electromagnetic processes, basic equations, and equivalent circuits.
● Understanding the purpose of no-load and short-circuit tests on transformers, mastering the methods of these tests, and learning the basic calculation of transformer parameters.
● Knowing the magnetic circuit characteristics of three-phase core-type and shell-type transformers, mastering the connection methods of three-phase transformer windings, and understanding the meaning of common connection groups.
● Understanding the significance of parallel operation of three-phase transformers, mastering the conditions and methods for parallel operation.
● Mastering the conditions for parallel operation of synchronous generators and the methods for regulating active and reactive power.