Optimization Software for Sustainability Environmental, economic and social impacts with international rules around LCA Cloud computing
How it works? HOLISTIC VIEW RESILIENCE
Model Components SDL-2010 an ITU-T STANDARD
Co-simulation
Optimization algorithms Simulated Annealing Hill climbing NSGA-II ...
PC – FARM – CLOUD – SUPERCOMPUTER (MARENOSTRUM) Main innovations Optimization of energy efficiency for buildings based on thousand of simulation. combined with the environmental, economic and social impacts according to European standard CEN / TC 350. Analysis of the four building phases (design - build – use - deconstruction) and the subsequent treatment of waste and compensation for the generated impacts. Allows you to have full control of the life cycle analysis of the model of study (cycle of life analysis). The use of a formal language (SDL) and modular in a multidisciplinary team. It simplifies the definition and implementation of the model and the co-simulation. RUNS ON PC – FARM – CLOUD – SUPERCOMPUTER (MARENOSTRUM)
PhD Student UPC - Architect and Eng. antoni.fonseca@necada.com Antoni Fonseca i Casas PhD Student UPC - Architect and Eng. antoni.fonseca@necada.com Ph. D. Pau Fonseca i Casas InLab FIB, Head of Environmental Simulation pau@fib.upc.edu