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An integrated simulation method for PVSS parametric design using multi-objective optimization
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作者 Qing Gao Ying Yang Qian Wang 《Frontiers of Architectural Research》 CSCD 2022年第3期509-526,共18页
An adequate strategy for achieving energy efficiency when designing a photovoltaic shading system(PVSS)shall find an equilibrium between sunlight heat gain and daylight trans-mittances through effective analysis tools... An adequate strategy for achieving energy efficiency when designing a photovoltaic shading system(PVSS)shall find an equilibrium between sunlight heat gain and daylight trans-mittances through effective analysis tools in a building’s early design phases.However,traditional simulation methods are either time-consuming or lacking architectonical thinking.This paper proposes a new method for architects to integrate thermal and daylighting performance by using parametric script modelling and optimize their balance with multi-objective optimization(MOO)algorithm in PVSS design.A case study was conducted to demonstrate the workflow of proposed integrated simulation method in PVSS design,and further compared the results with that of three single-objective optimizations under the same design requirement.The findings show that the integrated framework is a feasible method for PVSS design and can be extended into the design of other advance shading system or building integrated photovoltaic. 展开更多
关键词 Integrated simulation PV shading System Parametric design Multi-objective optimization Thermal-daylighting balance
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