本文讨论了基于CO2的需求控制通风DCV策略与空气源热泵经济器在学校中的应用，调查了它们对年能耗的影响，并确定了美国不同地区实现的潜在节能。这项研究包括通过整体建筑模拟能源软件对现有中学进行详细的能源分析。首先使用实际的月度公用设施数据对仿真模型进行校准和准确性检查。 然后，将该模型用于空气侧省煤器和基于CO2的DCV的组合以及不同的占用情况和位置的节能计算。结果表明，与现有系统中实施的实际运营策略相比，可以获得显著的节约，这种节约主要取决于实际占用情况和建筑位置。引用:ASHRAE论文CD:2014 ASHRAE冬季会议，纽约

The paper discusses the applications of CO2-based demand-controlled ventilation DCV strategy integrated with theeconomizer for air source heat pumps in schools, investigates their impact on the annual energy consumption, anddetermines the potential savings achieved in different USA locations. The study includes detailed energy analysis on anexisting middle school through whole building simulation energy software. The simulation model is first calibrated andchecked for accuracy using actual monthly utility data. This model is then used for savings calculations resulted from acombination of air-side economizer and CO2-Based DCV and with various occupancy profiles and locations. The resultsshow that a significant saving could be obtained as compared to the actual operating strategy implemented in the existingsystem and this saving depends mainly on the actual occupancy profile and building locations.