混合ASD与常规ASD的比较-显著的效率改进仍然可用

M. Chisholm, Manoj Biswas, Wissam Moubarak
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引用次数: 0

摘要

高速泵和压缩机应用通常可以通过可调速驱动器(ASD)获得显着的性能改进。通过使用固定转速电机提供部分额定功率(例如85%),两个小型伺服电机(组合额定功率15%)分别连接到ASD和一个行星齿轮箱,高性能混合ASD解决方案可以显示出比传统ASD方法更多的优势。在10.9MW, 10,000rpm的额定压缩机负荷下,该混合动力系统与采用全额定ASD和并联偏置变速箱的传统系统进行了详细的比较。最值得注意的是,这些好处包括效率提高超过两个百分点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hybrid ASD Comparison With Conventional - Significant Efficiency Improvements are Still Available
High speed pump and compressor applications can frequently gain significant performance improvements when operated via an adjustable speed drive (ASD). By utilizing a fixed speed motor to provide a portion of the rated power (for example, 85%), two small servo motors (combined rating 15%) each connected to an ASD and an epicyclic gearbox, a high performance Hybrid ASD solution can show significant additional benefits beyond the conventional ASD approach. A detailed comparison between this hybrid system and a conventional system utilizing a fully rated ASD and a parallel offset gearbox based on a nominal compressor load of 10.9MW, 10,000rpm is presented in detail. Most notably, these benefits include an efficiency improvement in excess of two percentage points.
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