A molded-glass sheet suitable for interior and exterior applications, the relief pattern is continuous between panels.
“In Sophie’s restaurant at Saks Fifth Avenue in Chicago, we installed a wall of digitally-engineered Liquidkristal by Lasvit. The optical effects of cascading ripples of glass create playful reflections, painterly distortions, and elegant abstract patterns that are beautiful in their subtlety and striking in their boldness.”
—Andre Kikoski, Andre Kikoski Architect, New York City
These products will keep your next project from being an energy guzzler.
Urban Green Energy
At just six feet in height, the Eddy wind turbine features a dual axis design that evenly distributes horizontal and vertical forces along the length of the axis for durability. In moderate wind speeds, it produces approximately 750 kWh of solar-ready power. In addition to IEC-certification for Wind Turbine Safety, Noise Levels, and Power Performance, Eddy is also ISO and UL certified.
When construction was completed on the Empire State Building (ESB) in 1931 it cost $25.6 million—that’s just $9.20 per square foot. You can’t even build a single floor for that nowadays, much less a 1,454-foot tall skyscraper (adjusting for inflation, the ESB would cost $352 million today). Though the building hosts events and tour groups, most of us only see it from the outside and don’t realize that the reason it’s known as the World’s Most Famous Office Building is because tenants occupy the vast majority of its 102 floors. And like any other office building, lighting consumes the majority of its electrical costs—a whopping 39 percent.
In order to meet their stringent return-on-investment requirements, Anthony Malkin, President of Malkin Holdings, which owns the ESB, and Jones Lang LaSalle, an energy and sustainability consultancy, commissioned Lutron to supply pre-built tenant spaces throughout the building with sustainable lighting control solutions as part of the Clinton Climate Initiative Building Retrofit program aimed at improving efficiency and financial performance. The building-wide retrofit is projected to provide a total lighting energy savings of up to 65 percent and a reduced installed payback period of just 2.75 years. Overall, the Lutron system will reduce energy use by 38 percent and energy bills by $4.4 million per year. Moreover, the upgrade will prevent an estimated 105,000 metric tons of greenhouse gas emissions over the next 15 years.