ABSTRACT
Building-integrated photovoltaics (BiPV) represents a significant technical innovation in the electricity and construction industries. In order to realise the vision of the widespread commercialisation of BiPV, collaboration is necessary among key stakeholders. Qualified design professionals, engineers, glaziers, roofers, general contractors, utility companies, bankers and financiers, realtors, policy makers and other government officials, building inspectors, legislative bodies, and knowledgeable building owners make up the team that will bring this technology to commercialisation in the marketplace. Each one of these stakeholders represents one or more of the institutions that hold the keys to unlock the gateway of this sustainable solution for architecture. Just as any building needs a frame or skeleton to provide the essential structural support, the technical innovation of BiPV requires the necessary institutional support to fulfil its promise of being a viable technology and a sustainable solution. The solar industry has demonstrated that the technology works, with hundreds of thousands of installed systems around the world. The architectural world has created award-winning, elegant solar buildings. Utility companies and municipalities have adopted this technology to augment their infrastructure and electricity services network. It is widely recognised that the potential for BiPV is significant; however, institutional barriers can slow its deployment.
