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CAPACITY CONTROL OF AIR COILS - DRIVE POWER, SYSTEM DESIGN AND MODELING OF VARIABLE LIQUID FLOW AIR COILS

机译:空气线圈容量控制 - 驱动功率,系统设计和可变液体流动空气线圈的建模

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In order to utilize the energy saving potentials in variable flow systems understanding of heat transfer and the drive power of both liquid and air side is important. This paper discus control strategies and alternative system designs to minimize pump power in systems with cooling coils. A model of a cooling coil controlled by variable liquid flow rate is presented and validated by laboratory measurements. The air coil model is easy to use and have good applicability in modeling of systems of air-coils and can be used in control context for variable flow rate systems.
机译:为了利用可变流量系统中的节能电位,对热传递的理解和液体和空气侧的驱动力是重要的。本文的纸张控制策略和替代系统设计,以最大限度地减少具有冷却线圈的系统中的泵功率。通过实验室测量呈现并验证通过可变液体流速控制的冷却盘管的模型。空气线圈模型易于使用,并且在空气管道系统的建模中具有良好的适用性,并且可以用于可变流量系统的控制背景下。

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