Unit Code: EEB713

Unit Name: Power Transmission & Distribution

Description: This course is intended for electrical engineering students who require an understanding of the equipment and practices used in the transmission and distribution of electrical power. Thus, you will be familiar with the functions of different components used in the transmission and distribution of power, and the modelling of these components. Emphasis will be on cable and overhead line impedances, line parameters, insulators and cables, distribution calculations, fault level calculations and safe working practices. This course also looks at HV circuit protection, HV transformers and switchgear coupled with the installation of overhead lines and cable laying. Furthermore, aspects of modelling and performance of transmission lines are covered. This would enable engineers to best design and allow for the implementation of a power system that meets the customers needs.

Learning Target Outcomes: On successful completion of this course, students should be able to: 1. Understand the structure and basic components of the electrical power transmission and distribution systems. (WA1) 2. Compare various designs to be put into use to verify cable and overhead line impedances in power systems. (WA2) 3. Evaluate the design and operation of essential transmission line parameters. (WA3) 4. Analyse safe working practices for transmission, distribution and utilization of power. (WA2) 5. Analyse the power system for various Balanced and Unbalanced Faults, and explain the best solutions for switchgear applications and modes of transmitting good and healthy power to consumers. (WA3).

Prerequisite: EEB711

Prerequisite Sentence: N/A

Credit Point: 15

Offered In: Semester 2