Technical report

Pagina 1

Fundamentals of integrated building design – Technical report Little Big Planet - De Donatis Lorenzo 876178 - Dela Fuente Blanca - Evangelou Chrysoula 873502 - Garcia-Menacho Manglano Alfonso 876129 - Mangina Alexandra 872594 - Retamal Torres Nicolàs - Santoianni Genny, Nicole - Stucchi Simone 874442 Politecnico di Milano Building Engineering course Prof. Iannaccone Giuliana Tutors: A.Y. 2016/2017 Fundamentals of integrated building design - Technical report 1 Contents 1. PHOTOVOLTAIC PANELS 2 1. PANELS DIMENSIONS - (DATASHEET ATTACHED IN APPENDIX A) 2 2. PANELS INCLINATION ANGLE 2 3. DISTANCE ANALYSIS 3 4. ENERGETIC ANALYSIS - CONERGY POWER PLUS PANELS 3 5. DEMAND ASSESSMENT 4 2. GREEN ROOF 6 3. RAINWATER HARVESTING SYSTEM 7 1. NET RAINWATER CAPTURED 7 2. MAXIMUM WATER REQUIREMENTS 7 3. AVERAGE DRY TIME 7 4. TANK VOLUME 8 5. DRAINPIPES DIMENSIONING 8 6. FINAL CONSIDERATIONS 8 Fundamentals of integrated building design - Technical report 2 1. Photovoltaic panels - Conversion of light into electricity with the use of semiconductive materials - Clean and silent energy production through solar cells - Optimal inclination and orientation of modules discovered on Climate Consultant software Several steps have been followed in order to find out the optimal orientation and inclination of panels, and to find out the energy that can be achieved thanks to this strategy. This energy has finally been compared with the assessment demand (in terms of energy needs) of some components of our building (i.e. lighting systems), in order to understand in a concrete way the contribute of photovoltaic panels in terms of energy production. 1. Panels dimensions - (datasheet attached in Appendix A) 2. Panels inclination angle In order to find the optimal inclination for our panels, the…