Solucent provides energy savings.
Solucent mesh shading systems were specifically designed to shade the sun and harness natural light, optimizing the interior environment. Architectural mesh provides effective shading during the peak hours of the day, blocking the harshest rays of the sun. Concurrently, the patterns and placement of metal fabric allows for maximum natural light and views.
Specific building energy models have been completed to demonstrate that energy savings up to 23% can be realized in a variety of scenarios. Additional information is available upon request.
Mesh shades significantly improve building operations and occupant comfort.
Solucent mesh sun shades were specifically designed to shade the sun and harness natural light, optimizing the interior or exterior environment. Mesh shades provide effective shading during the peak hours of the day, blocking the harshest rays of the sun. Concurrently, the patterns and placement of solar mesh shades allow for maximum natural light and views.
Based on the openness of the pattern, the interaction of solar sun shades with light varies. Open patterns in specific orientations allow varying degrees of light to pass through. In fact, mesh sun shades can allow almost any amount of light into a building, optimizing daylight in the space behind it. Solucent mesh shades can be integrated into the building design process, or can be featured as an added component. Cambridge Architectural evaluates each project based on the geographical region, building type, building orientation and amount of light needed to successfully create beautiful, appropriately-lit spaces.
Cambridge Architectural is serious about developing sustainable products that improve building performance. Solucent solar mesh shades deliver Cambridge's promise of sustainability in a variety of ways.
Solar sun shades are yet another example of Cambridge's ability to answer the design community's needs with tested and proven architectural solutions. Cambridge's mesh sun shade designs can be applied to a variety of applications - and are ultimately designed and engineered according to your vision, and built according to your budget.
