Professor
Paolo TartariniLearning objectives
The course aims to provide students with the main notions of design and analysis of building-plant systems in civil and industrial buildings, considering both traditional and renewable energy sources. Particular emphasis is given to energy management criteria in light of recent San Marino, Italian and European legislation and the main concepts of energy efficiency and saving.
Expected learning outcomes
At the end of the course, participating students must be able to address and discuss energy efficiency problems of civil and industrial buildings. In particular, they must be familiar with the regulatory framework of San Marino and Italy, with the main calculation and design methodologies and with the reference standard values.
Course content
0. INTRODUCTORY ELEMENTS
1. THERMO-FLUID DYNAMICS RECALLS
2. ENERGY MANAGEMENT, HEATING ENGINEERING AND SYSTEMS
details:
Law 10/91 and its evolution: legislative decrees 192/05 and 311/06; energy certification. Law 72 in San Marino. Building-plant system certification procedures. Energy diagnosis of a building-plant system. Envelope and heating systems. Innovative systems for energy saving: Cool Roofs. Design of renewable energy source systems. Solar, wind, geothermal, hydraulic energy. Economic analysis of civil and industrial energy efficiency interventions.
Bibliography
G. Comini, G. Cortella, G. Croce – General Energetics – SGE Ed. Padova.
M. Cucumo, D. Kaliakatsos, V. Marinelli – Energetica – Pitagora Ed. Bologna
D. Cocco, C. Palomba, P. Puddu – Renewable Energy Technologies – SGE Ed. Padova
Teaching methods and tools
Frontal lessons with exercises on real practical examples.
Assessment methods and criteria
Final oral exam, including a theoretical part and a part focused on the resolution and discussion of practical cases.
