Abstract:
This thesis demonstrates the value of improved energy performance of existing brick masonry
buildings by establishing a well-developed envelope that keeps the character and history of the
important façades of an existing building. Doing this while also providing a photovoltaic system
on the roof of the building will decrease the amount of energy needed to operate the building.
The building will be a net-zero building, meaning it will produce as much energy as it uses. As
a guideline, Passive House Institute US prescriptive pathway, which is the gold standard for
building performance, and will be used to ensure building performance criteria are being met.
To test this thesis, the design of an existing brick masonry building in downtown Connersville,
Indiana has been rehabilitated into a mixed-use building type. An addition to the building
enlarges the overall footprint of the project while also providing more space for additional
photovoltaic panels on the roof. This also presents the opportunity to balance the existing
envelope and the new envelope’s performance to show how combining the two can decrease the
energy usage of the building as a whole.
