Multi -objective Optimization of SOLAR Curved Surface Based on Parametric Design.
2018
会议
10th International Conference on Applied Energy (ICAE)
With the increasing of building forms and the improving of technology, the curved surfaces as a type of free morphologies are adopted by many architects. A new multi-objective optimized workflow which inserted the Genetic algorithm and the Pareto Optimality is introduced to assist architects improving their design of curved surfaces in the early scheme phase. The workflow can optimize energy utilization and stress distribution by adjusting the parameters of the curved surface, after the initial design about aesthetics and function. To realize the purpose, two searching processes must be operate in the workflow. One process is to find the fittest form to collect the sunlight by laying thin film photovoltaic, the other process is to construct the low strain energy structure at the same time. A standardized case will be executed throughout the whole process to prove its feasibility. The integration of radiance analysis and structure analysis for the buildings in the initial design process can help architects meeting the requirements of energy saving and structure stabilizing. (C) 2019 The Authors. Published by Elsevier Ltd.
