Variable Speed Leakage Characteristics of Scroll Compressors for Miniature Compressed Energy Storage

Scroll compressor is especially suitable for miniature compressed air energy storage systems.The scroll compressors feature small size, low noise, lightweight, long service life, and high reliability.To investigate the evolution characteristics of transient flow fields in working chambers under variable rotational speeds, a threedimensional transient model was established, and the dynamic grid technology was utilized to simulate the internal flow.The findings indicate that as the rotational speed increases, the leakage losses diminish, and the volumetric efficiency increases by 1.98% as the speed increases from 1200 to 3000 revolution per minute (RPM).During one working cycle, only the pressure in the exhaust chamber increases with increasing speed.Additionally, the temperature distribution is not even within the same compression chamber, with hightemperature regions concentrated downstream.

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Publication Details

Journal
Engineered Science
Published
2025-01-01
DOI
https://doi.org/10.30919/es1459
Primary Topic
Engineering Applied Research
Type
article
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article

Variable Speed Leakage Characteristics of Scroll Compressors for Miniature Compressed Energy Storage

Zhen Li, Zhichao Zhang, Zhen Liu, Tengjun Huang et al.
Engineered Science
Engineering Applied Research
article

Variable Speed Leakage Characteristics of Scroll Compressors for Miniature Compressed Energy Storage

Zhen Li, Zhichao Zhang, Zhen Liu, Tengjun Huang, Shijia Qi
article en

Abstract

Scroll compressor is especially suitable for miniature compressed air energy storage systems.The scroll compressors feature small size, low noise, lightweight, long service life, and high reliability.To investigate the evolution characteristics of transient flow fields in working chambers under variable rotational speeds, a threedimensional transient model was established, and the dynamic grid technology was utilized to simulate the internal flow.The findings indicate that as the rotational speed increases, the leakage losses diminish, and the volumetric efficiency increases by 1.98% as the speed increases from 1200 to 3000 revolution per minute (RPM).During one working cycle, only the pressure in the exhaust chamber increases with increasing speed.Additionally, the temperature distribution is not even within the same compression chamber, with hightemperature regions concentrated downstream.

Engineered Science
Affordable and clean energy
Openalex Percentile: Top 93%
Engineering Applied Research
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Variable Speed Leakage Characteristics of Scroll Compressors for Miniature Compressed Energy Storage — Zhen Li, Zhichao Zhang, et al. · Engineered Science (2025) | TGRS Research Map | TGRS