Questo sito utilizza cookie tecnici e di terze parti. Se vuoi saperne di più o negare il consenso consulta l'informativa sulla privacy. Proseguendo la navigazione o cliccando su "Chiudi" acconsenti all'uso dei cookie. Chiudi

# FUNDAMENTALS OF ELECTRICAL ENERGY and ELECTRICAL NETWORKS FOR ENERGY

 Degree course Environmental Enginnering Curriculum PRODUZIONE DI ENERGIA A BASSO IMPATTO AMBIENTALE Learnings Orientamento unico Academic Year 2016/2017

## Module: FUNDAMENTALS OF ELECTRICAL ENERGY

 Degree course Environmental Enginnering Curriculum PRODUZIONE DI ENERGIA A BASSO IMPATTO AMBIENTALE Learnings Orientamento unico Academic Year 2016/2017 ECTS 3 Scientific Disciplinary Sector ING-IND/31 Year First year Time unit Second semester Class hours 24 Educational activity Related and integrative training activities

## Single group

 Professor FABIO LA FORESTA Objectives The course aims to deepen the understanding of electrical circuits through the principles discussion, components and systems. The conceptual contents and methodological aspects are supported by references to the applications. The course consists of a module of Fundamentals of Electrical Energy (3 ECTS) followed by a module of Electrical Networks for Energy (6 ECTS). The module of Fundamentals of Electrical Energy treats the methodological tools for the study of electrical circuits in order to analyze electrical networks in steady conditions. The module of Electrical Networks for Energy explores the methodological tools for the study of three-phase circuits and introduces the basic elements for electrical safety. Programme DC NETWORK ANALYSIS (1 ECTS)Circuit Elements. Ohm’s Law. Kirchhoff’s Laws. Series Resistors and the Voltage Divider Rule. Parallel Resistors and the Current Divider Rule. Star-Delta connection. Millman’s Theorem. Electric Power and Sign Convention. The Principle of Superposition. Thévenin and Norton Equivalent Circuits. AC NETWORK ANALYSIS (2 ECTS)Electric Circuits in sinusoidal steady-state. Energy and Power in the sinusoidal steady-state. Instantaneous and Average Power. Complex Power. Conservation of Complex Power. Circuit Energy Characterization. Coupled Inductors and Transformer. Electric Circuits in AC steady-state. Energy and Power in the AC steady-state. Books L. O. Chua, C. A. Desoer, E. S. Kuh – Linear and Nonlinear Circuits – McGraw-HillG. Rizzoni, Principles and Applications of Electrical Engineering 5/e. Traditional teaching method Yes Distance teaching method No Mandatory attendance No Written examination evaluation Yes Oral examination evaluation No Aptitude test evaluation No Project evaluation No Internship evaluation No Evaluation in itinere No Practice Test No

## Further information

No document in this course
No news posted
No class timetable posted

## Module: ELECTRICAL NETWORKS FOR ENERGY

 Degree course Environmental Enginnering Curriculum PRODUZIONE DI ENERGIA A BASSO IMPATTO AMBIENTALE Learnings Orientamento unico Academic Year 2016/2017 ECTS 6 Scientific Disciplinary Sector ING-IND/31 Year First year Time unit Second semester Class hours 48 Educational activity Related and integrative training activities

## Single group

 Professor FABIO LA FORESTA Objectives The course aims to deepen the understanding of electrical circuits through the principles discussion, components and systems. The conceptual contents and methodological aspects are supported by references to the applications. The course consists of a module of Fundamentals of Electrical Energy (3 ECTS) followed by a module of Electrical Networks for Energy (6 ECTS). The module of Fundamentals of Electrical Energy treats the methodological tools for the study of electrical circuits in order to analyze electrical networks in steady conditions. The module of Electrical Networks for Energy explores the methodological tools for the study of three-phase circuits and introduces the basic elements for electrical safety. Programme THREE-PHASE CIRCUITS (3 ECTS)Three-Phase Generator. Three-Phase Circuits. Balanced and Unbalanced Circuits. Interphase connection. Rotating Magnetic Field. Three-Phase Circuits Analysis. Power in Three-Phase Circuits. Power Factor. Power Measuring. Aron’s Theorem. Fortescue’s Theorem. Sequantial Analysis of Three-Phase Circuits. ELECTRICAL SAFETY (3 ECTS)Electric Energy Generation and Network Distribution. IEC Terminology. Overcurrent and Overvoltage. Electrical Safety criteria. Electrical Risks. Electrical System Safety. Earthing system. Books L. O. Chua, C. A. Desoer, E. S. Kuh – Linear and Nonlinear Circuits – McGraw-HillG. Rizzoni, Principles and Applications of Electrical Engineering 5/e. Traditional teaching method Yes Distance teaching method No Mandatory attendance No Written examination evaluation No Oral examination evaluation Yes Aptitude test evaluation No Project evaluation Yes Internship evaluation No Evaluation in itinere No Practice Test No

## Further information

No document in this course
No news posted
No class timetable posted
Salita Melissari - 89124 Reggio Calabria - CF 80006510806 - Fax 0965 332201 - URP:- PEC: