A catalogue of modules and programmes available from the School of Electronic and Communications Engineering.
Module Details: EESY2601
This module is used in DT021.2.
This module is not a prerequisite or corequisite for any other module.
|Code||EESY2601||The unique code for this module.|
|Name||Introduction to Electrical Energy Systems||The name of this module.|
|ECTS||5||The number of credits awarded for successful completion of this module.|
|School||School of Control Systems and Electrical Engineering||The School responsible for this module.|
|Level||Honours Degree (NQAI level 8)||The level of programmes that normally use this module.|
|Stage||2||The programme stage at which this module is normally given.|
|Duration||13 weeks||The time that this module usually lasts.|
|Prerequisite||MATH1301, ELEC1600||Codes of any modules that must be completed before this module can be started.|
|Corequisite||Codes of any modules that must be taken at the same time as this one.|
|Author||Jane Courtney, Michael Farrell||The person who wrote the module descriptor.|
|Keywords||Power Systems||The areas that this module is related to.|
|Description||This is an introductory module dealing with the area of electrical power systems and electromechanical energy conversion. The concept of electromechanical energy conversion and mechanical performance of common motors is analysed using torque–speed characteristics and rating plate information. The module introduces the concepts and techniques required for the analysis of three-phase power systems. The equivalent circuit technique is used in the performance analysis of single-phase transformers and machines.||A brief description of the module.|
|Revision||04 Jun 2007||The date of last revision of this information.|
|LectureHrs||3 hours/week||The number of hours per week of lectures for this module.|
|TutorialHrs||As needed||The number of hours per week of tutorials for this module.|
|LabHrs||2 hours/week||The number of hours per week of practical laboratory work for this module.|
|Descriptor||EESY2601.pdf (uploaded 17 Apr 2007)||Full details of the module.|
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