用于化石燃料电厂实时性能监测的PTC 4-2013变体探索

Joseph M. Staller, R. Craven, S. Idem, S. Munukutla, Keith Kirkpatrick, D. Benton, Susan Eisenstadt, Karsten Kopperstad, Seth Leedy, J. McHale, A. Licata, Dan Andrei
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引用次数: 1

摘要

本文描述了一种基于PTC 4-2013的实时性能监测方法,该方法用于确定和报告化石燃料发电厂的年热率。与PTC 4测试不同的是,煤的组成通常是无法实时得知的,因此该程序使用了一种改进的输出损耗方法,应用于与锅炉密切相关的控制体积。校准方法利用最终分析来描述在校准期间燃烧的煤,同时保持电厂负荷和其他因素稳定。这允许计算在实时性能监视期间使用的校正因子。基于几个合理的假设,获得了煤成分的实时估计。损失的计算方法与PTC 4-2013相似。然而,损失是以每磅燃烧后的煤为基础来表示的,而不是以煤的高热值的百分比来表示,这是无法实时知道的。
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Exploring a Variant of PTC 4-2013 for Real-Time Performance Monitoring of Fossil Fuel Power Plants
This paper describes a real-time performance-monitoring method based on PTC 4-2013 that was developed for determining and reporting the annual heat rate for fossil fuel power plants. Unlike for the PTC 4 test, the coal composition is typically not known in real-time, so the procedure uses a modified output-loss approach applied to a control volume that closely conforms to the boiler. A calibration approach utilizes an ultimate analysis to describe the coal being burned during the calibration, while holding the plant load and other factors steady. This permits the calculation of correction factors used during real-time performance monitoring. Based on several assumptions that are justified within, a real-time estimate of coal composition is obtained. The losses are calculated in a similar manner to PTC 4-2013. However, the losses are expressed on a per-pound of as-fired coal basis, as opposed to a percentage of higher heating value of the coal, which is not known in real-time.
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