Arlington ISD’s New Agricultural Center Achieves Net-Zero Energy

Arlington, Texas – As the only net-zero building in the Arlington area, Arlington ISD’s Agricultural Science Center now utilizes a photovoltaic solar array and wind turbine to produce more energy than it consumes. Their new interactive dashboard, housed on a 55-inch touch screen, shows that the energy produced is high enough to push the surplus into the local power grid. This dashboard allows students and teachers to see how energy production works in real-time. The dashboard also shows how much energy is being used by different building systems such as HVAC or lighting at any given time.

Arlington ISD Agricultural Center

The new 28,000-square-foot ag center, designed by VLK Architects, has two classrooms, a metal lab, animal pens, and support areas. Because the dashboard is available online, teachers of all grade levels within the district can access the content which can then be utilized for various classroom instruction involving energy conservation as well as agriculture. Additional curriculum and instruction are being developed based on real-time data on weather and moon phases, local watershed information, animal life cycles, and interactive games which are embedded within the dashboard. Multiple elements of the building came to fruition during the design charrette which included students, AISD staff, and school board members. The result was a sustainability program and the potential future expansion of the center to accommodate growth and additional programs.

“Ideally, we would like to eventually include live feeds of the animals, if possible," said Danielle Reynolds, K-12 Science coordinator, AISD. “The idea is to help elementary and secondary students see the connectivity of living and non-living things in our environment."

The Net Zero Energy Building certification (NZEB) is a branch of the Living Building Challenge (LBC) that offers certification for buildings that supply on-site renewable energy for one hundred percent of the building’s energy needs on a net annual basis. The NZEB designation verifies that a building is truly operating as claimed, harnessing energy from the sun, wind or earth to exceed net annual demand.  To earn this certification, a building must actually meet five requirements of the LBC: Limits of Growth, Net Zero Energy, Rights to Nature, Beauty and Spirit, and Inspiration and Education.

Featured

  • University of Kentucky Integrates New Cleaning Technology

    The University of Kentucky in Lexington, Ky., recently installed a new cleaning system designed to improve cooling efficiency on campus, according to a news release. The Facilities Management’s Utilities and Energy Management Unit installed new chiller tubes into two of the chillers at the university’s Central Utility Plant.

  • Agualta STEAM Engine

    Outdoor Learning Spaces and Biophilic Design Create Community in East Los Angeles

    Griffith STEAM Magnet Middle School's Agualta STEAM Engine blends education, community, and nature through its adaptable design.

  • Key Considerations for Office-to-Higher-Education Facility Conversions

    Since the onset of the COVID-19 pandemic, office-to-alternative-use conversions have become a recurring subject of urban development discourse. Office utilization rates across major U.S. cities remain below 50%, with vacancy rates exceeding 27% in San Francisco and 16% in New York. Higher education facilities present programmatic and spatial use cases that align readily with the typical characteristics of commercial office buildings.

  • Singlewire Software Report Reveals Gaps in K–12 School Entrance Security

    Single Software recently released its first-ever School Entrance Security Report based on more than 500 responses from U.S. school staff members. According to a news release, the findings highlight a gap between K–12 leaders’ wishes for school safety and how safe the schools actually are, as well as the challenges facing students and staff in that goal.

Digital Edition