MEP/FP engineering for this career center facility supports a flexible, modern learning environment with high-efficiency systems, including geothermal heat recovery chillers and a PV-ready rooftop. The design uses fan coil systems with dedicated outside-air systems to decouple ventilation and conditioning, enabling precise control of temperature and humidity. The project also includes relocation of the County’s data center, including design of a temporary facility within an existing high school.
2RW is provided MEP/FP engineering for this career center facility design, which embodies a modern learning environment with flexible, collaborative, and interdisciplinary spaces. Our sustainable MEP/FP engineering includes implementing highly efficient mechanical systems with geothermal heat-recovery chillers and designing the rooftop for PV readiness. The geothermal bore fields are strategically placed under the redesigned parking lot, which includes EV chargers. These initiatives reduce and offset energy usage, meeting LEED design initiatives.
A life cycle cost analysis determined that fan coil/blower coil with dedicated outside air systems (DOAS) and heat pump chillers are the most cost-effective and maintainable systems among those tested against the baseline. This system decouples ventilation and space conditioning, making it easier to control temperature and humidity set points in individual rooms, which is optimal for a versatile school setting.
Additionally, this project involves relocating the Data Center that serves all ACPS systems. The new ACE Academy at Lambs Lane is being built on the site of the current data center. 2RW designed the county’s temporary data center in an existing high school, fitting out an unused space.
Quinn Evans Architects
Timmons Group
Dunbar Structural
Jamerson-Lewis Construction
Shift Sustainability Consulting