Palomar Medical Center
Project Details
Product List:
Project Type:
Awards:
- 2013 One of the 50 Greenest Hospitals — Becker’s Hospital Review
- 2013 Design Award for Built Projects Over $25 Million — American Institute of Architects (AIA)/Academy of Architecture for Health
- 2013 National Recognition Award — American Council of Engineering Companies (ACEC)
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Other Project Details:
- Solarban® 70 Glass (Formerly Solarban® 70XL Glass)
- Solarban® 60 Glass
Location:
2185 West Citracado Parkway, Escondido, California
Project Credits
Architect:
CO Architects
Anshen+Allen
Glass Fabricator:
Vitro Certified® Fabricator
Glazing Contractor:
Shengxing Glass and Cladding Systems
Owner/Developer:
Palomar Pomerado Health
General Contractor:
DPR Construction
Photography:
David Cox, DPR Construction
Project Background
The award-winning Palomar Medical Center in Escondido, Calif., has been recognized as a “hospital of the future” and one of the “greenest” hospitals in the nation. Designed by CO Architects, Los Angeles, as a pilot project using the Green Guide for Health Care (GGHC), the 740,000 square-foot facility incorporates a 1.5-acre “green roof,” garden spaces at the center and both ends of each level of its 11-story patient tower, and extensive natural light transmitted through windows and ground-to-ceiling glass panels fabricated with Solarban® 60 and Solarban® 70 (formerly Solarban® 70XL) solar control low-e glasses by Vitro Architectural Glass (formerly PPG glass).
Greenery and daylighting are a major part of the architect’s and hospital’s strategy to incorporate nature’s healing qualities into the design. Solarban® 60 and Solarban® 70 glasses, which are fabricated by Northwestern Industries, are supported in a steel structural reinforcement system.
The highly transparent glass and minimal framing enhance access to natural light and outdoor views for patients and hospital workers, which research suggests reduces stress, increases focus and promotes patient recovery.
In a standard one-inch insulating glass unit, Solarban® 60 glass offers an exterior appearance similar to clear, uncoated glass. With a solar heat gain coefficient (SHGC) of 0.39 and visible light transmittance (VLT) of 70 percent, Solarban® 60 glass yields an exceptional light-to-solar gain (LSG) ratio of 1.79.
Solarban® 70 glass combines the clear appearance of transparent, color-neutral glass with an unprecedented combination of solar control and VLT. One of the industry’s highest-performing glasses, Solarban® 70 glass achieves VLT of 64 percent, a SHGC of 0.27 and an LSG ratio of 2.37.
Because of their ability to transmit high levels of light and block solar heat gain, Solarban® 60 and Solarban® 70 glasses also are instrumental in fulfilling the hospital’s energy management goals, particularly the reduced use of artificial light and air conditioning, which are two of the facility’s largest sources of energy consumption.
To complement the energy-efficient glazing, Palomar Medical Center cultivates a “green roof” that incorporates more than a dozen plant species that are native to Escondido’s rolling landscape. The hospital also features high-efficiency HVAC systems that consume less energy, low-flow plumbing fixtures that conserve water, a system for recycled wastewater from air-conditioning cooling towers and recycled or renewable building materials.
Thanks to these and other sustainable building strategies, Palomar Medical Center is expected to perform 10 percent better than California’s Title 24 energy code, from which hospitals are exempt.
The center also has won numerous awards and recognitions for design and construction, including:
• 2013 One of the 50 Greenest Hospitals — Becker’s Hospital Review
• 2013 Design Award for Built Projects Over $25 Million — American Institute of Architects (AIA)/Academy of Architecture for Health
• 2013 National Recognition Award — American Council of Engineering Companies (ACEC)
• 2012 Best Health Care Project (National) — Engineering News Record (ENR)
• 2012 Best Overall Project — ENR
• 2012 Best Health Care Project (California) — ENR
