Session Climate and carbon Designers and consultants Builders and trades Owners and developers
The Catskill Project: Scaling Decarbonized Single-Family Housing
A rural, all-electric Passive House community in the Catskills, occupied and measured: clustered site planning, panelized construction, low-GWP assemblies, and carbon tracking, with what worked, what didn't, and which policies mattered.
Key points
- Applying Passive House principles to rural single-family communities.
- How whole-building performance cuts energy demand beyond equipment upgrades.
- The role of embodied carbon tracking in residential decisions.
- How predictable energy loads can inform utility and community energy planning.
Learning objectives
- Identify strategies for applying Passive House principles to rural, single-family communities.
- Evaluate how whole-building performance reduces operational energy demand beyond equipment upgrades.
- Explain the role of embodied carbon tracking in residential project decision-making.
- Assess how predictable energy loads can inform utility and community energy planning.
Topics: Cost, Embodied carbon, Electrification
More in this area
Factoring in Electrification: Designs for a Renewable Energy Grid
Bronwyn Barry; Dylan Martello, Steven Winter Associates
Free to watch
Lloyd Alter and The Story of Upfront Carbon
Lloyd Alter
Free to watch
The Hidden Climate Impact of Residential Construction: A New Report from RMI
Chris Magwood, RMI
Free to watch

