This paper proposes to use the power system simulation software CYME to plan, model and simulate for an actual distribution network for improving the reliability and efficiency, enhancing the efficiency and capacity, ...This paper proposes to use the power system simulation software CYME to plan, model and simulate for an actual distribution network for improving the reliability and efficiency, enhancing the efficiency and capacity, simulating the abnormal condition of distribution network, and presenting operation program of safe, reliable and having simulation record statements. The modeling simulation results show that the software module has lots of advantages including high accuracy, ideal reliability, powerful practicality in simulation and analysis of distribution network, it only need to create once model, the model can sufficiently satisfy multifarious types of simulation analysis required for the distribution network planning.展开更多
某电厂410 t h燃油锅炉改烧水煤浆的改造工程中,采用了外直流内旋流同轴射流和二次风平行射流组的燃烧器结构,针对该结构的单角燃烧器流动特性进行了冷态模化试验与数值模拟研究。研究结果表明:一次风喷口与中心风喷口采用外直流内旋流...某电厂410 t h燃油锅炉改烧水煤浆的改造工程中,采用了外直流内旋流同轴射流和二次风平行射流组的燃烧器结构,针对该结构的单角燃烧器流动特性进行了冷态模化试验与数值模拟研究。研究结果表明:一次风喷口与中心风喷口采用外直流内旋流同轴混合射流的形式,具有很好的调节作用,有利于水煤浆的稳定着火;二次风喷口采用上下平行射流的布置方式,除了可以补充足够的空气保证燃烧外,适当的射流速度可以防止脱火和回火现象的发生,有利于稳定燃烧。展开更多
文摘This paper proposes to use the power system simulation software CYME to plan, model and simulate for an actual distribution network for improving the reliability and efficiency, enhancing the efficiency and capacity, simulating the abnormal condition of distribution network, and presenting operation program of safe, reliable and having simulation record statements. The modeling simulation results show that the software module has lots of advantages including high accuracy, ideal reliability, powerful practicality in simulation and analysis of distribution network, it only need to create once model, the model can sufficiently satisfy multifarious types of simulation analysis required for the distribution network planning.
文摘某电厂410 t h燃油锅炉改烧水煤浆的改造工程中,采用了外直流内旋流同轴射流和二次风平行射流组的燃烧器结构,针对该结构的单角燃烧器流动特性进行了冷态模化试验与数值模拟研究。研究结果表明:一次风喷口与中心风喷口采用外直流内旋流同轴混合射流的形式,具有很好的调节作用,有利于水煤浆的稳定着火;二次风喷口采用上下平行射流的布置方式,除了可以补充足够的空气保证燃烧外,适当的射流速度可以防止脱火和回火现象的发生,有利于稳定燃烧。