Standard design and operating practice for laboratory ventilation systems usually results in system static pressure setpoints that are higher than actually required. Dynamically optimizing system static pressure can reduce energy use and improve airflow control in laboratories. Recent results at EPA's Research Triangle Park Facility in Durham, North Carolina show a 15% reduction in annual energy costs with a simple payback of about 2 years.
C1 -Applications Team
C2 - LBNL-63038 DA - 09/2007 LA - eng N2 -Standard design and operating practice for laboratory ventilation systems usually results in system static pressure setpoints that are higher than actually required. Dynamically optimizing system static pressure can reduce energy use and improve airflow control in laboratories. Recent results at EPA's Research Triangle Park Facility in Durham, North Carolina show a 15% reduction in annual energy costs with a simple payback of about 2 years.
PY - 2007 TI - System Static Pressure Optimization ER -