CFU
6
Length
14 Weeks
Semester DD
Second
Devices and Systems for Energy and Energy Efficiency
Devices and Systems for Energy:
light-semiconductor interaction: absorption processes
Photovoltaics
Introduction to PV systems
Fabrication of new generation devices
Measurement techniques
Stability and Certification
Innovative Strategies
Thermoelectric
Introduction
Characteristic parameters
Characterization in laboratory
Energy Efficiency
Introduction to energy efficiency
Energy efficient lighting
light-semiconductor interaction: recombination processes
LED: Optical Sources energy efficient
- Materials and technology solutions, quantum efficiency, spectral characteristics
- Characterization of LED as optical sources: the measurement of the emission spectrum with the output optical spectrum analyzer and the characteristics PI
- Measures colorimetry
Design of integrated lighting (sources, generators accumulation)
Energy efficiency in technological processes: laser processing
Introduction:
Working principle of the laser used in industrial processes
Materials and devices laser processing
Energy efficiency for communications: optical networks
Introduction:
-Efficient devices for optical communications
Examples of communication systems with high efficiency (optical routing, Free Space Optics, etc)
Co-teaching: Prof.ssa Brunetti Francesca
tbd