Articles Tagged with ''solar energy''

Spearheading its transition to a sustainable and more energy-independent future, specialty glassware manufacturer, Astraglass Innovations has installed a 203.3kW solar system on the roof of its production facility in Vineland, New Jersey.

Located on 4.5+ acres in the heart of Black Forest, Colorado, the two-story office building sports exterior and interior metal finishes and comfortable yet provocative space for S-5!

Exhibitors at the only global event dedicated exclusively to the application of metal in design and construction nominated their products in one of 15 categories for the METALCON Top Products Award, and attendees voted on site in Las Vegas for their top three choice products.

This expansion aims to provide the glass front sheets used in advanced thin-film photovoltaic solar panels manufactured by First Solar.

With a focus on energy efficiency and sustainability for this innovative design, Architect Gensler Los Angeles specified 156,000 square feet of Solarban 70 glass because of its superior solar control and thermal insulation properties.

SolarEdge Technologies unveiled its SolarEdge ONE solution, a comprehensive software-based site management and energy optimization solution for Commercial and Industrial (C&I) solar applications at RE+ (Booth #3311), Las Vegas.  

The second edition of Introduction to Solar Photovoltaics from the National Center for Construction Education and Research is now available, helping provide foundational solar PV training to meet rising demand.

With the metal construction industry’s largest tradeshow and conference fast approaching, S-5! announces a number of education sessions planned for METALCON in Las Vegas, providing opportunities for attendees to earn continuing education credits.

S-5! announced its new partnership with the University of Kansas School of Architecture & Design to provide a donation of snow retention and solar attachments for its annual student-led, design-build project.

The 108kW system is installed on the state-of-the-art George B. Duke Engineering and Information Technologies Building on the Pitt-Bradford campus in Bradford, Pennsylvania. Now operational, it is expected to produce 116,500 kWh of electricity each year, offsetting approximately 40% of the building’s total electricity use.