Establishing a cost-effective BIPV sector in Europe
Why hasn’t more building-integrated PV (BIPV) been installed throughout the world? The simplest answer is that a PV module does not architecture make. The nature of the building process – its methods and logic – are key factors affecting technological transfer, as seen in the steel and concrete industries, which have been the basis of modern architecture for the past century. In many cases, standardization would go against the case-by-case approach to design and the interdisciplinary nature of the field. Solar architecture therefore involves a synergic concept of constructive and functional correctness, while always engaging an “aesthetic intentionality.” So how can the market segment continue to drive down costs?
We can try to resolve the actual barriers that still hold back BIPV development by changing our approach. Limitations due to shading in urban areas, or architectural and typological constraints, should no longer be seen as a no-go. Rather, they should be viewed as boundary conditions to be considered in design and technical solutions aimed …
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