This innovative tool amalgamates product, regulation, technical, economic, and construction data, thereby assisting architects and engineers in estimating the costs associated with BIPV during the conceptual design phase. The software features an array of functionalities, including interactive maps, 3D shape libraries, solar visualisations, and hourly weather data, all aimed at simplifying the complex process of BIPV design and management. By providing accessible information and value-for-money solutions, BIPV Enabler is poised to accelerate the adoption of BIPV technology in Australia.

Rebecca Yang, a researcher at RMIT’s Solar Energy Application Group, emphasised the significance of early consideration for PV integration in the building envelope to avoid complications in the design and construction process. The tool, funded by RMIT and the Australian Renewable Energy Agency, offers a user-friendly platform that translates technical complexities into practical solutions for individual building projects. It allows users to optimise BIPV designs by considering factors such as tilt angles, module options, and environmental considerations. 

Image source: RMIT