Constructed entirely from recycled materials and powered by roof-mounted solar panels, Brentwood School‘s newest classrooms will generate enough energy every year to cover 100% of their electricity usage, making them Los Angeles’ first Zero Net Energy classrooms on a school campus. Because the solar panels are shipped in place, the classrooms will begin generating energy the same day they’re installed. Gen7′s proprietary energy management system will monitor each classroom to ensure performance over time. Four Gen7 green modular classrooms are, making renewable energy a reality for the sustainability-conscious K-12 independent school. Designed to pursue LEED Gold certification, the state-of-the-art classrooms will provide a new wing of permanent, high-performance learning space expected to deliver 70% in energy savings for the school.
Brentwood School‘s Head of School Dr. Mike Riera said, “True to our mission of embracing high standards of character, commitment, and achievement, with Gen7 we set a new standard for ourselves in terms of environmental responsibility and the use of learning space as teaching tool,” Brentwood School’s Parents Association hosted a pancake breakfast for Middle and Upper Division students, allowing them to watch and learn as their new classrooms are installed. Gen7 classrooms are designed for both health and comfort, making them the ideal learning environment. Each Zero Net Energy classroom is also a hands-on teaching tool, equipped with its own interactive SMART board. An Energy Efficiency Education Dashboard is being developed that displays the building’s performance data and demonstrates sustainable initiatives, such as energy production and consumption, LEED scorecard, green features and student tutorials.
Gen7′s energy efficiency combines renewable energy with features that reduce the need for electricity. Each Gen7 Zero Net Energy classroom includes an ultra-tight, high R-value building envelope, high-efficiency mechanical system, smart lighting system with the latest LED technology, large low-E view windows and skylights, light and occupancy sensors along with a dedicated outdoor ventilation system.