تحليل تطبيقي طراحي بناهاي يكپارچه با PV با روش طراحي پايدار

ANALYZING BIPV DESIGN METHOD WITH SUSTAINABLE DESIGN

Saving in fossil energy use is one of important issues in the world. Buildings are one of the most important energy consumers and can reduce their energy use. Today, utilizing photovoltaic (PV) technology that converts solar power into electricity is one of the most useful methods of GHG reduction. PV can also be utilized in buildings and plays an important role to reduce the fossil energy use. PV utilization in architecture deals with many parameters and one of the most important of them is integrating PV with building envelope. The importance of this integration is in consistency between output of PV system, PV feature, and whole the building and the aspect of PV. PV integration on buildings will lead to a sustainable architecture if the design method is sustainable too. Otherwise, the building may have many conflicts in function and aesthetics. This paper will evaluate the situation of BiPVs in Iran and the world to analyze a design method based on sustainable design. The method will have six parts include design team, energy strategy, holistic design, building economics, building feature and multi functional PV system.