EVALUATION OF ENERGY INTENSITY ADJUSTMENT COSTS AERODYNAMIC FLOWIN VENTILATION SYSTEMS AND ASPIRATION

Abstract

The main factors influencing the aerodynamic Conservation Energy Networks ventilation and aspiration. Emphasized that increased energy saving ventilation and aspiration can be achieved by decreasing the energy intensity improved aerodynamic networks by implementing structures regulating devices costs aerodynamic flow. Energy intensity of ventilation and aspiration is determined performance throttling, ie the change in pressure loss. Defined variables that influence the aerodynamic energy network in the application of advanced designs actuators regulating devices, such as mass flow gas flow and transport components, speed aerodynamic flow throttling cross-sectional area and the flow coefficients of local resistance regulating devices. A structural-logical model of aerodynamic control power consumption in the regulation of network costs ventilation and aspiration