Project Description
The research topic is the ongoing evolution of building integrated photovoltaic systems (BIPV) in net-zero energy buildings. Building integrated photovoltaics are systems where the PV panels serve a dual use- primarily by replacing building cladding, glazing or shading components. This research is being pursued through an evolving ‘green building’ data base, which has emerged as the best vehicle to date for integrating SURF students into my research. Students in graduate level classes continually expand the data base, identifying project attributes deserving deeper study. SURF students do internet-based background research on specific questions on identified projects, filling in metrics where they can be found, and identifying specific technologies and design integration strategies. In addition to this, we interview practitioners and other experts in the field to document their best practices and thoughts on the future. The specific goal of this research is to 1.) develop a typology of BIPV design solutions, illustrated by the case studies, and 2.) to develop a schematic design tool that will suggest the appropriate size of BIPV required to achieve net-zero energy status given a particular building type and climate zone, and 3.) to document case histories of specific innovative projects.
Tasks and Responsibilites
Conduct internet research on identified case studies, documenting the targeted building systems (building integrated photovoltaic capacity) as completely as possible. Document those findings both in the data base and graphically through an established case study template. Participate in zoom interviews with local and national experts. Write up interview notes, follow up on leads generated by the interviews with online research and/or additional interviews.
Desired Qualifications
None.