电厂燃料设备及其自动化技术在热能动力系统运行稳定性中的作用分析

由于电力资源的巨大消耗,我国目前的能源形势不容乐观,因此,提高能源利用效率、降低能耗已成为我国电力工业面临的重大课题。在发电厂中,燃油是一种非常重要的产品,它对发电厂的生产起着至关重要的作用。自动控制技术在电厂燃料装置中的应用,对其稳定运行起着至关重要的作用。本文首先论述了火力发电厂燃料设备及自动化技术对热动力系统稳定运行的影响;在此基础上,分析了电厂燃料装置采用自动化技术的优越性;最后,提出了电厂燃料装置自动化技术应用的若干建议。希望通过本文的分析,能对电力行业的发展起到一定的借鉴作用,从而进一步提高电力企业的经济效益。

电厂燃料生产设备特点及检修管理研究

随着我国经济水平的不断发展,对电能的需求不断增多,导致现代化电力企业需要不断提高自身标准,对于电厂燃料生产设备性能重视程度进一步提高,因此,提升燃料生产设备检修管理质量成为现代化电力企业的重点工作之一。基于此,本文主要从技术角度出发,对电厂燃料生产设备特点及检修管理措施进行分析研究,以此为相关人员提供参考。

The Setting of Sipping Test Devices for Irradiated Fuel in Nuclear Power Plant

The sipping test devices are used to identify the defective fuel. The defective fuel can be identified by detecting the occurrence of the fission products that are entrained by the medium rising around the fuel rods. This project is the setting of the two kinds of the three sipping test devices to inspect the tightness of the irradiated fuel assembly from two units NPP （nuclear power plant）. The in-mast sipping shared by two units is used for qualitative tightness test of each fuel assembly during refueling operation above the reactor. The two poolside sipping is used for quantitatively confirming the diagnosis of the in-mast sipping and identifying the tightness of the fuel at the side of the fuel storage pools of each unit after refueling. The project was implemented by research, design manufacture and calibration of these three devices and completed successfully with serious quality assurance and quality control. The performance of these devices is well demonstrated.