TASK — 15

Analysis of Technological Innovation Systems for BIPV in Different IEA Countries

authors(s):

  • M. van Noord, N. Martín Chivelet, N. Weerasinghe, J.Halme, F. Tilli, A. Baggini, M. Tabakovic, O. Bernsen, R. Yang, E. Daun

This report provides a comparative analysis of national innovation ecosystems for Building-Integrated Photovoltaics (BIPV) in seven countries: Austria, Australia, Finland, Italy, the Netherlands, Spain, and Sweden.

BIPV represents a promising approach to integrating solar power generation into buildings, yet in most countries, it remains a niche market. This report identifies the key challenges, strengths, and opportunities for advancing BIPV towards broader commercial adoption.

Key Findings:

  • The markets for BIPV in the seven studied countries remain niche, with integrated roof systems using regular-sized PV modules as a leading application in all countries except Spain. Spain and Austria lead in PV glazing façade applications.
  • Common barriers across these countries include weak collaboration between the PV and construction industries, limited institutional support (economically, technically, or culturally), and the perception that BIPV lacks legitimacy as a standard construction product.

 

Recommendations to Stimulate BIPV Market Growth:

To overcome these challenges, the report outlines key recommendations to strengthen the BIPV innovation system:

  • Engage new actors in BIPV to create a more diverse and robust innovation ecosystem, supported by improved market potential assessments.
  • Enhance collaboration across the value chain through joint actions such as roadmaps, market development strategies, and knowledge-sharing initiatives.
  • Bridge the cultural and operational divide between the solar and construction sectors, for example, by requiring cross-sector collaboration in tenders and funding calls.
  • Support innovation and technological advancements, particularly in the areas of production efficiency and scalable solutions for retrofitting.
  • Improve regulations, standardisation, and technical guidance to ensure BIPV products are recognised as legitimate construction materials.
  • Create targeted incentives and regulatory measures to stimulate market demand for BIPV solutions.
  • Expand education, training, and knowledge transfer to equip industry stakeholders with the necessary expertise to integrate BIPV effectively.