首页> 外文会议>Proceedings of the ASME power conference 2009 >MOBILE COGENERATION UNIT (MCU) COMPUTATIONAL MODEL ADJUSTED WITH TEST CELL CONDITIONS TO BE USED TO PREDICT FUTURE PERFORMANCE IN DIFFERENT SITES
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MOBILE COGENERATION UNIT (MCU) COMPUTATIONAL MODEL ADJUSTED WITH TEST CELL CONDITIONS TO BE USED TO PREDICT FUTURE PERFORMANCE IN DIFFERENT SITES

机译:根据测试细胞条件进行调整的移动发电单元(MCU)计算模型,可用于预测不同地点的未来性能

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摘要

The mobile cogeneration unit (MCU) consists of two gas turbines and one heat recovery steam generator mounted in a trailer with standard dimensions to supply 3 MW of electricity at ISO conditions and 14,000 to 28,000 pounds per hour of superheated steam depending on duct burner duty and steam conditions. A computational model using Thermoflex software was developed to adjust Test Cell measurements with it. The purpose of this model is to predict MCU performance in different sites of implementation. Some field measurements in Test Cell and other sites are compared with model results showing very good approach.
机译:移动式热电联产装置(MCU)由两台燃气轮机和一台热回收蒸汽发生器组成,安装在拖车中,其标准尺寸可在ISO条件下提供3 MW的电力,并根据管道燃烧器的负荷和每小时14,000至28,000磅的过热蒸汽蒸汽条件。开发了使用Thermoflex软件的计算模型来调整测试单元的测量值。该模型的目的是预测不同实施站点中的MCU性能。将测试单元和其他站点中的一些现场测量结果与模型结果进行比较,显示出非常好的方法。

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