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Energy efficiency improvement of auxiliary power equipment in thermal power plant through operational optimization

机译:通过操作优化改进热电厂辅助电力设备的能效改进

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This paper describes the results of energy conservation measures for 210 MW coal fired power plant in various thermal power plants spread over the country. Energy efficiency improvement of major auxiliary equipment with different plant load factors are summarized here with improved performance. The effect of plant load factor on all major auxiliary equipment and suggestions for improving the performance of auxiliary equipment are discussed in this paper. Operation of the plant at improved plant load factor reduced the auxiliary power from 12.05 % at 70 % PLF to 8.74 % at 100 % PLF that reduced the net auxiliary power by 9.1 MU/year and CO2 emission is reduced by about 9,500 t/year. Operating the plant at optimum excess air, controlling the furnace ingress, improving the performance of individual equipment by proper maintenance, etc., improved the plant capacity and reduced the overall auxiliary power by about 1.5–2.1 % of gross energy generation.
机译:本文介绍了在各种火力发电厂蔓延的各种火力发电厂中的210 MW燃煤电厂节能措施的结果。 在此总结了具有不同植物负荷因子的主要辅助设备的能效改进,其性能提高。 本文讨论了植物负荷因子对所有主要辅助设备和提高辅助设备性能建议的影响。 在改进的植物负荷因子下的植物的操作将辅助功率从120.05%降低至80%PLF,在100%PLF下为8.74%,将净辅助功率降低9.1亩/年和CO 2 发射 减少了约9,500吨/年。 在最佳过量空气中操作厂,控制炉内进入,通过适当的维护等提高单个设备的性能等,提高植物容量,并将整体辅助功率降低约1.5-2.1%的总能量产生。

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