Skip Navigation to main content U.S. Department of Energy U.S. Department of Energy Energy Efficiency and Renewable Energy
Bringing you a prosperous future where energy is clean, abundant, reliable, and affordable EERE Home
Building Technologies Program
About the ProgramProgram AreasInformation ResourcesFinancial OpportunitiesTechnologiesDeploymentHome
High Performance Federal Buildings

 

EERE Information Center


Federal Projects Home

About the Database

Using the Database

Search by Project Name

Search by Owner

Search by Location

Search by Energy Data

Search by Building Type and Size

List All Projects

Detailed Search

Submit a Project


Wine Creek Road Home

>Overview
>Process
>Finance
>Land Use
>Site & Water
>Energy
>Materials
>Indoor Environment
>Images
>Ratings & Awards
>Lessons
>Learn More


 

Wine Creek Road Home

The Wine Creek Road residence is shown in this photograph.
Photo credit: JD Peterson

Overview

  • Location: Healdsburg, CA
  • Building type(s): Single-family residential
  • New construction
  • 1,200 ft2 (111 m2)
  • Project scope: a single building
  • Rural setting
  • Completed August 2002

This modest California retreat evokes the spirit of local vernacular buildings and was designed to take maximum advantage of the site and climate to make the house comfortable while minimizing energy use and environmental impacts.

A single, large room contains living, dining, and kitchen areas on the south end, and is balanced by a bedroom and bathroom on the north end. A central, open breezeway integrates the outdoors into the heart of the house. The house provides a variety of indoor and outdoor living spaces that can be used in different ways as climatic conditions change over the course of the day or the year.

Environmental Aspects

The chief strategy for saving energy was to keep the building cool during the long, hot summers without mechanical cooling. This was accomplished by employing natural ventilation, thermal mass, and superior insulation. The thin building section, the dogtrot, and placement of windows all maximize opportunities for natural ventilation. The interior plaster walls and concrete floor provide enough thermal mass to minimize temperature swings, and integrate well with the radiant heating system. Because this mass is cooled at night (just by opening the windows), the house remains cool through the hottest part of the day. The building envelope was developed using high performance, low-tech insulation—straw bales and cellulose insulation. Roof framing at 24 inches on center allowed for additional insulation and reduced thermal bridging.

Windows are wood, minimizing thermal bridging, and double-glazed with low-emissivity glazing. A highly efficient water heater provides radiant floor heating. These measures resulted in a design that keeps the building cool except during the hottest hours of the hottest days. The owners chose energy-efficient, low-water-use appliances.

Owner & Occupancy

  • Owned and occupied by Kyra Subbotin, Individual(s)
  • Typically occupied by 0 people, 0 hours per person per week; and 4 visitors per week, 24 hours per visitor per week

This is a small, second home.

Building Programs

Indoor Spaces:

Other (40%), Living quarters (30%), Dining (25%), Restrooms (5%)

Outdoor Spaces:

Shade structures/outdoor rooms (25%), Patio/hardscape, Drives/roadway

Keywords

Integrated team, Simulation, Green specifications, Indigenous vegetation, Drought-tolerant landscaping, Insulation levels, Glazing, Airtightness, Adaptable design, Durability, Benign materials, Recycled materials, Local materials, Certified wood, Occupant recycling, Connection to outdoors, Daylighting, Natural ventilation, Thermal comfort, Noise control, Low-emitting materials

next topic:
Process

Go to next topic: Process

Printable Version