Sustainability Report
Operational Emissions / Energy
The project approaches energy performance through passive design strategies and a compact building form. The narrow footprint and building orientation allow natural light to enter from multiple sides, reducing reliance on artificial lighting.
A continuous band of glazing along the side passage introduces indirect daylight deep into the interior while minimizing heat gain. The small building size inherently limits energy demand.
Utility data indicates relatively low annual energy use, supported by the building’s compact footprint, daylighting strategies, and small, variable occupancy
Service and maintenance emissions
The building utilizes a compact split HVAC system for heating and cooling, sized to match the small floor area and limited occupancy. Domestic hot water demand is minimal.
Lighting loads are reduced through extensive daylighting, with artificial lighting used only as needed. Energy use is further influenced by the building’s small scale and variable occupancy, contributing to lower overall demand relative to benchmark values.
Afterlife
The building is designed for long-term adaptability through a simple and flexible spatial organization. The open studio layout allows for a range of uses over time, accommodating changes in program without significant modification.
Durable materials, including steel, wood, and limestone, support longevity and reduce the need for replacement. The compact form and straightforward construction system allow for ease of maintenance and potential future adaptation.
The building is elevated above the existing grade to address local floodplain conditions, improving resilience and long-term performance. Together, these strategies support a building that can evolve while remaining relevant within its historic context.