Chinese Journal of Ship Research, Volume. 18, Issue 5, 234(2023)
Study on supercritical carbon dioxide Brayton cycle cooling source disturbance control
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Table 1. Comparison between calculated parameters with design parameters of simulation model
View tableView in ArticleTable 1. Comparison between calculated parameters with design parameters of simulation model
设备 设计温度/K 计算温度/K 误差/% 设计压力/MPa 计算压力/MPa 误差/% 设计功率/kW 计算功率/kW 误差/% 预冷器冷侧出口 309.610 309.690 0.026 0.990 0.978 1.212 预冷器热侧出口 307.150 307.210 0.020 8.800 8.877 0.875 预冷器功率 1 663.110 1 671.000 0.474 压缩机出口 318.258 318.000 0.081 13.363 13.170 1.444 压缩机功率 124.965 125.100 0.108 回热器冷侧出口 563.720 563.750 0.005 13.187 13.260 0.554 回热器热侧出口 328.258 328.610 0.107 8.896 8.939 0.483 回热器功率 5 117.810 5 116.000 0.035 烟气换热器冷侧出口 693.150 688.350 0.692 13.037 13.000 0.284 烟气换热器热侧出口 591.720 592.250 0.090 0.305 0.304 0.328 烟气换热器功率 1 853.810 1 786.000 3.658 涡轮机出口 664.772 664.850 0.012 8.972 8.976 0.045 涡轮机功率 329.571 329.000 0.173
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Yuwei SUN, Fulin LIU, Wei WEI, Chengqing YUAN, Zhenguo SONG. Study on supercritical carbon dioxide Brayton cycle cooling source disturbance control[J]. Chinese Journal of Ship Research, 2023, 18(5): 234
Paper Information
Category: Marine Machinery, Electrical Equipment and Automation
Received: Jun. 29, 2022
Accepted: --
Published Online: Mar. 21, 2025
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