Derivation of Optimal Scroll Compressor Wrap for Minimization of Leakage Losses
Ian H. Bell, Eckhard A. Groll, James E. Braun, W. Travis Horton
Abstract
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Ian H. Bell, Eckhard A. Groll, James E. Braun, W. Travis Horton
Abstract
Open-access reader
The scroll wraps of a scroll compressor play a very important role in the compressor’s efficiency due to their impact on leakage and leakage irreversibilities. In this work, a short summary of the scroll compressor geometry is presented. Using the geometry of the scroll wraps, an optimal scroll wrap geometry is derived for a given set of constraints on compressor displacement, scroll wrap thickness and volume ratio. This optimal scroll wrap geometry can be used as a starting point for further optimization in a detailed compressor model that includes the effects of mechanical losses. 1.
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The scroll wraps of a scroll compressor play a very important role in the compressor’s efficiency due to their impact on leakage and leakage irreversibilities. In this work, a short summary of the scroll compressor geometry is presented. Using the geometry of the scroll wraps, an optimal scroll wrap geometry is derived for a given set of constraints on compressor displacement, scroll wrap thickness and volume ratio. This optimal scroll wrap geometry can be used as a starting point for further optimization in a detailed compressor model that includes the effects of mechanical losses. 1.
Key concepts: Scroll compressor, Scroll, Gas compressor, Leakage (economics), Minification, Geometry, Energy minimization, Control theory (sociology)