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Superheating control of an Organic Rankine Cycle for recovering waste heat from an engine cooling system

机译:用于从发动机冷却系统中回收废热的有机朗肯循环的过热控制

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This paper proposes a set of strategies to control the superheat (SH) value of an Organic Rankine Cycle (ORC). This ORC corresponds to an experimental test bench aimed at developing a waste heat recovery system to be connected to the cooling circuit of a light-duty vehicle. Three strategies have been developed and tested experimentally. The first one is a linear control based on a PI controller valid for a given operating point. The second, valid for the same operating point, proposes an LPV (Linear Parameter-Varying) approach, less conservative and more accurate than the first one. Finally, a third strategy also using the LPV framework provides a controller valid in the full operating range of the test bench.
机译:本文提出了一系列策略来控制有机朗肯循环(ORC)的过热(SH)值。该ORC对应于旨在开发废热回收系统的实验测试台,以连接到借出车辆的冷却回路。通过实验开发并测试了三种策略。第一个是基于PI控制器的线性控制,该PI控制器对于给定的操作点有效。第二个,对于相同的操作点有效,提出了LPV(线性参数变化)方法,比第一个,保守且更准确。最后,使用LPV框架的第三种策略提供了一个控制器在测试台的完整操作范围内有效。

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