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Detection of Faults in the Tranmission Lines by Using 8051 Microcontroller

机译:使用8051单片机检测传输线中的故障

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摘要

Electricity has become the most sought after amenity for all of us. Gone are the days when electricity would be only limited to cities. It is now reaching to every distant parts of the world. So we have now a complex network of power system. This power is being carried by the transmission lines. These lines travel very long distances so while carrying power, fault occurring is natural. These faults damages many vital electrical equipments like transformer, generator, transmission lines. For the uninterrupted power supply we need to prevent these faults as much as possible. So we need to detect faults within the shortest possible time. Microprocessors and microcontroller based systems used for these fault detection have been advancing rapidly. The proposed paper simulates Numerical Overcurrent relay that detects faults using microcontroller and ADC. These relays are more reliable and have faster response than the traditional electromechanical relays and Static relays. They have increased range of setting, high accuracy, reduced size, and lower costs, along with many other functions, such as fault event recording, auto-resetting, etc. This project is about designing the Numerical relay where the fault is detected when the input value exceeds the reference value set in the relay which then gives the trip signal to the circuit breaker
机译:电力已成为我们所有人最想要的便利设施。仅将电力限制在城市的日子已经一去不复返了。现在它遍及世界的每个角落。因此,我们现在有了一个复杂的电源系统网络。该功率由传输线承载。这些线路的行进距离很长,因此在通电时自然会发生故障。这些故障会损坏许多重要的电气设备,例如变压器,发电机,传输线。对于不间断电源,我们需要尽可能地防止这些故障。因此,我们需要在尽可能短的时间内检测到故障。用于这些故障检测的基于微处理器和微控制器的系统正在迅速发展。拟议论文模拟了使用微控制器和ADC检测故障的数字式过电流继电器。这些继电器比传统的机电继电器和静态继电器更可靠,响应速度更快。它们具有更大的设置范围,更高的精度,更小的尺寸和更低的成本,以及许多其他功能,例如故障事件记录,自动复位等。该项目旨在设计一种数字继电器,当在输入值超过继电器中设置的参考值,然后将跳闸信号提供给断路器

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