Power Systems Introduction

Recommended Prerequisites

Electrical Circuits.

Teaching Methods

The curricular unit generally works with master classes with theoretical exposition of the subjects contained in the syllabus. Whenever it is convenient to clarify the concepts presented in the theoretical exposition will be solved theoretical-practical problems. Case study will be presented and discussed and, if appropriate, with discussion in working groups.

Learning Outcomes

After learning, students should dominate the basic concepts necessary to understand the operation of electrical energy systems, including the main characteristics of energy production, transmission and distribution systems, and understand the importance of studies of power transits. They should also understand the formation of electricity costs and the need and utility of tariff systems as a useful tool for disciplining the use of electricity. They should master the basics of power management and power factor compensation.

Work Placement(s)

No

Syllabus

Definition of basic concepts

Characterization of electricity generation and consumption

Main organizational and operational characteristics of power systems

Introduction to electrical network analysis

Tariff systems

Introduction to energy management

Power Factor Compensation.

Head Lecturer(s)

Pedro Manuel Soares Moura

Assessment Methods

Assessment
Resolution Problems: 20.0%
Exam: 80.0%

Bibliography

- José Pedro Sucena Paiva (2011) – Redes de Energia Elétrica: Uma Análise Sistemática, IST Press, 3ª Edição.

- Wayne C. Turner, Energy management handbook, Fairmont Press, cop. 2004.

- Thumann, Albert, Handbook of energy audits, The Fairmont Press.

- Gellings,  Clark W, Demand-side management : concepts and methods, The Fairmont Press

- Material de apoio elaborado pelos professores.