Snake Tray invented the Solar Snake Max XL. The world’s first above ground free-air cable conveyance system designed to help utility-grade solar installations overcome the challenges of burying cables. In addition to eliminating the time, expense, and messy process of digging and filling trenches with miles of DC cables, free-air cable conveyance maximizes energy harvest by preventing the heat buildup that occurs when high ampacity cables are bundled or buried.
One of the hottest trends in renewable energy is building solar arrays over open air parking lots. Transforming open spaces into clean energy sources, offseting electricity bills while providing the amenities of shade, cooler vehicles, and protection from inclement weather to the people who park their cars underneath.
There’s light at the end of the COVID-19 tunnel; employees are slowly returning to the office after a year or more of working remotely. While the pandemic has permanently altered the workplace, that doesn’t mean it cannot be reinvented to be even better than before.
The coronavirus pandemic threatens to overwhelm the US healthcare system, especially in the epicenter of New York. In an effort to prepare for the peak of the outbreak, state officials commissioned the US Army Corps of Engineers (ACoE) to build a series of temporary field hospitals to absorb the expected overflow of COVID-19 patients. One of these sites is located on the State University of New York (SUNY) at Old Westbury campus.
The Dormitory Authority of the State of New York (DASNY) is the entity that oversees dormitory construction and financing for all State University of New York campuses. When DASNY decided that several residence halls on the SUNY Oswego campus needed to be renovated for modern network connectivity and power, they knew just who to call.
There are all kinds of data and power module enclosures available for access floors, but none quite like the Snake Tray CM 708.
Architects and engineers have known for years about the advantages of raised access floors. In addition to creating an interstitial space for easy access to power lines and data cables, raised flooring eliminates the need for HVAC ductwork. Rather, climate-controlled air is pumped under the entire floor and rises up through diffusers.
Besides eliminating the labor and expense of fabricating sheet metal air ducts and vents reaching every floor and room of a building – in itself a major cost justifier – the removal of these obstacles allows for greater flexibility when running power lines and data cables, and contributes to increased airflow for better heat dissipation.
The California Title 24 Building Energy Efficiency Standards require builders to meet ever-evolving criteria for energy conservation and to use green construction practices whenever possible in order to protect our environment. What started in California is rapidly proliferating across the country as other states model Title 24 energy efficiency standards for large-scale commercial structures as well as residential homes. This has given rise to an entire industry focused on eco-friendly building design initiatives and innovations that make buildings smarter.