B028304 - ELECTRICAL ENERGY EFFICIENT MANAGEMENT

Italian, also English under request

Efficient Electric Motors, High Efficiency Lighting Systems.
Photovoltaic systems
Electronic converters for applications in the renewable and WPT sector

REATTI CORTI – Efficienza Energetica. Ottimizzazione tecnico economica delle utenze elettriche
By ESCULAPIO

Marian K. Kazimierczuk", Pulse-width Modulated DC-DC Power Converters", Wiley September 2008, ISBN: 978-0-470-69465-7.
by Marian K. Kazimierczuk, Dariusz Czarkowski" Resonant Power Converters, 2nd Edition
Wiley, March 2011, ISBN: 978-0-470-90538-8

To train the student's knowledge at a professional level to make it able to operate independently in the field of energy efficiency, practical applications in the photovoltaic sector and in electronic power converters.

Knowledge of the operating principles of electric motors, linear circuit analysis techniques both in the domain of
time than frequency.
Fundamentals of Financial Mathematics (NPV and IIR)

Energy efficiency is a current and fascinating topic, often trivialized, but it often requires important investments which need to evaluate both the return and the convenience of supporting on one's own, or with financing through third parties, the charges to achieve savings on invoices energy. This book attempts to shed light on the solutions that can be adopted in the electrical field, and provides tools to evaluate not only in technical terms, but also in financial terms, the effectiveness of an investment. The discussion is based on concrete cases, accompanied by different application examples, introduced by references to the theory necessary for their understanding. The text, originally conceived as a support to the studies of courses on the subject of efficient use of electricity delivered at the School of Engineering of the University of Florence, is also suitable for those who, as energy managers, freelancers, EGE, officials of Public Administrations, find themselves having to evaluate aspects related to improving the efficiency of electric utilities.

Final Exam with possible discussion of the projects

Basic concepts of lighting technology and related legislation.
Insights into high efficiency asynchronous motors.

Asyncronous Drives
High efficiency transformers.

Photovoltaics: Conversion of solar energy into electricity. Photovoltaic module technologies. Characteristics of photovoltaic modules. Electricity conversion systems. MMPT techniques. Sizing criteria for photovoltaic fields. Estimation of the plausibility of a photovoltaic generator and economic enhancement of the energy produced - "Conto Energia". Optimization techniques for photovoltaic systems: mismatching, shading, module positioning, orientation and inclination.

DC-AC converters for interfacing with the network of electrical sources from renewable sources.

RECTIFIERS: Single-phase and simple and double-half-wave rectifiers,
semi-controlled, uncontrolled, and controlled type. Three phase rectifiers
and simple and double half-wave, of the uncontrolled semi-controlled type, e
controlled.
CONVERTERS CONTINUE CONTINUE: PWM type converters:
Buck type converter Boost type converter. Type converter
buck-boost. Forward type converter. Flyback type converter.
Push-pull type converter. Half bridge type converter.
Full bridge type converter. Linear models of continuous converters
continuous PWM type.
INVERTER: Square wave single-phase and three-phase inverter with
cancellation of harmonics. Resonant switching type inverter
zero-voltage.
Inverter for wireless transmission of electricity

POWER SUPPLIES: Stabilized power supplies. Linear regulators and a
switching. Isolated dc-dc converters. Control of the dc-dc converters
switching used as stabilizers. Dc-dc regulators project

SEMICONDUCTOR DEVICES: Diodes, SCR, GTO, power transistors,
power mosfet, IGBT, MCT, Power Modules.