Radiant Sails and Panels - Products - Sustainable Building - Price HVAC

Displacement Ventilation Radiant Systems Underfloor Air Distribution Active & Passive Beams VAV Diffusers

Architectural Radiant Panels

Price offers a vast line of architectural radiant panels, including bullnose, free-hang, and wall-hang options.

View our Radiant Panels Architectural Portfolio for inspiration on applying radiant panels and chilled sails on your next project.

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Panels Application Support

Call Price for guidance on designing your radiant system, including guidance on layout and selection of the accompanying ventilation system.

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Light Shelf Panels

Price light shelf linear panels offer a unique way to passively channel natural daylight deeper into a building. The reflective upper surface of this panel will reflect sunlight on the ceiling of a room, allowing light to penetrate deeper into the occupied space.

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Architectural Radiant Panels

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Light Shelf Panels

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Radiant Panels and Chilled Sails Brochure

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What are Radiant Panels?

Radiant panels are a hydronic heating and cooling solution that uses radiant heat transfer to maintain thermal comfort in conjunction with the spaces air distribution system. Radiant panels are extremely energy efficient and provide superior thermal comfort. Chilled sails release heat using a combination of thermal radiation and natural convection.

Benefits Applications Design Guides

Customization Radiant panels and sails are inherently architectural products, and a variety of customization options are available to enhance building design. Read More Energy Efficiency Since water is more efficient at transporting heat than air, radiant systems use less energy then all-air systems. Read More Indoor Air Quality Due to the reduced supply air requirements of radiant systems, a dedicated outdoor air system can be employed, delivering 100% fresh outside air. Read More Mechanical Flexibility A reduction in ductwork size due to lower air requirements can result in a reduction in plenum height, allowing for increased ceiling height. Read More Thermal Comfort Conditioning a space with radiant energy results in greater occupant comfort be reducing air velocity in the room and eliminating drafts. Read More

Commercial Buildings Savings in both construction and operating costs can be achieved as a result of reduced plenum heights and ductwork. Read More Healthcare Radiant systems are often coupled with dedicated outdoor air systems, resulting in superior ventilation effectiveness and higher indoor air quality. Read More Large Public Spaces Architectural sails and panels are an aesthetically pleasing way to save energy and improve occupant comfort. Read More Schools A quiet, comfortable environment is critical to the learning experience. Read More

Introduction Theoretical Background Radiant Heating Design Considerations Radiant Products Chilled Beam Characteristics Cooling Design Calculations Radiant Panel Example - Cooling Chilled Sail Example - Cooling Chilled Beam Example - Cooling Heating Design Calculations Radiant Panel Example - Heating Active Beam Example - Heating References

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Air Distribution Training For Architects, Consulting & Design Engineers Next Session:

Suwanee, GA
May 1 - 4, 2012
September 11 - 14, 2012
December 4 - 7, 2012

Casa Grande, AZ
October 23 - 26, 2012

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