2005 Renewable Energy in Buildings Award
Fossil Ridge High School, Fort Collins
Snowmass Golf Clubhouse
Missouri Heights Residence, Carbondale
Passive Solar Pop-Top Retrofit, Boulder
 
Photo of the front entry of the Snowmass Golf Club.

The front entry of the Snowmass Golf Clubhouse shows hints at the lofty interior with abundant natural light.

Credit: Pat Sudmeier

Snow Mass Golf Clubhouse

The Snowmass Golf Clubhouse in Snowmass, Colorado, is the winner of the 2005 CRES Renewable Energy in Buildings Awards in the category of commercial buildings.
 
bullet Unique design features
bullet Low energy consumption
bullet The award-winning team

The Aspen Skiing Company designated this building for “green construction” from the beginning of the project and built an educational display to explain its green features. The company makes the clubhouse available for community events.

The U.S. Green Building Council recently certified the clubhouse as meeting Leadership in Energy and Environmental Design (LEED) Silver under its green building rating system. This is the second LEED-certified building owned by the Aspen Skiing Company and the third LEED-certified commercial building in the Roaring Fork Valley. At the time of this award in June 2005, the Snowmass Golf Clubhouse is the 50th building in Colorado to certify with LEED.

All of the electricity for the building comes from wind energy through Holy Cross Electric Company’s green pricing program, Wind Power Pioneers.
Photo of the patio of the Snowmass Golf Club at dusk.

The view of the Snowmass Golf Clubhouse shows abundant windows opening into the occupied areas to provide fresh air.

Credit: Pat Sudmeier

Unique Design Features

As part of the construction project, Aspen Skiing Company reorganized the entire golf course for better play and to reduce the equipment needed for maintenance. Designers used the amount of space needed to store equipment indoors on the first floor to determine the eventual size of the clubhouse. They settled on two stories that contain approximately 10,000 square feet of floor area.

Aspen Skiing Company planted the golf course with native grasses, which are hardier and use much less water than grasses used on conventional golf courses. In addition, the company rehabilitated a local creek as part of the project.

Additional features include:
 50% of the lumber used in the building was certified that it was harvested sustainably.
 The finish wood for the bar ceiling, casework, and cabinetry is eucalyptus, which is a fast-growing tree and considered to be a renewable resource (compared with wood from old-growth forests).
 Toilets are low-water dual-flush type that exceed code requirements.
 Showerheads are low-flow type.
 Small amount of carpet is made from recycled materials.
 Roof insulation is R-55, well above local code requirements.
 Walls are insulated to levels above code requirements.
main hallway of the Snowmass Golf Club.

Natural daylight is the only source of light for the interior hallways of the Snowmass Golf Clubhouse during the day.

Credit: Pat Sudmeier

Low Energy Consumption

The Snowmass Golf Clubhouse is a case study in how to combine solar energy with energy efficiency in a commercial building. The design team estimates this structure is 60% more efficient than similar structures built using conventional construction. The clubhouse is oriented east to west so that occupied spaces on the second floor, including the bar, dining area, and pro shop, face south and receive solar warming in the winter and natural daylight year round.

Supplementary heating and cooling comes entirely from a heat pump connected to an adjacent pond. There are no boilers or conventional air conditioning equipment. None of the refrigeration equipment uses chlorofluorocarbons or hydrochlorofluorocarbons, which damage the ozone layer in the upper atmosphere.

The building takes full advantage of natural ventilation with operable windows on all sides of the structure. Motorized clerestory windows in the gallery hall vents warm air in summer and brings in additional fresh air. On the first floor, the golf cart storage garage has an efficient exhaust system that is wired to sensors instead of timers so that it operates only when needed.

The Award Winning Team

The winning team is led by CCY Architects in Basalt. Other partners included:

  • Monroe & Newell Engineers, Inc.
  • Resource Engineering Group, Inc.
  • RA Nelson & Associates
 
 

 

 

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