Application Of Wireless Sensor Nets In Power Monitor System

Traditional power monitoring often requires the staff to carry electrical equipment to operate, so that not only wastes a lot of time and causes inefficiency, but also the timely processing of the datum can not be achieved, and the area the man can control is limited, which can not guarantee that the entire power transmission line network security and stability. This article focuses on wireless sensor network nodes on high-voltage power transmission line monitoring, focusing on the monitoring network, the basic structure and composition of the network model.That analyses ZigBee Technology wireless communication protocol and routing protocol design. The wireless sensor network applications in power monitoring, can not completely make up for all-day monitoring of manual monitoring which is not an accurate and timely data processing weaknesses. And wireless sensor networks into smaller economy, is the power to monitor the trend of the future development of one of the industry.Based on the power transmission line analysis of the actual situation, taking into account the various characteristics of the wireless sensor network study and develop a power line monitoring based on wireless sensor systems. Power cord connector according to the specific requirements, the use of multi-functional sensor connector at the power line parameters for the collection and effective analysis, achieves real-time monitoring of power line operating conditions, to prevent accidents and high-voltage electrical contacts on fire phenomenon According to the normal operation of wireless sensor networks and extending the life of this paper, the adaptive genetic algorithm is a reasonable energy distribution network, details of the encoding mechanism, parameter analysis, the fitness function of the improvement and establishment.According to Fuxin Power Plant power transmission line running specific conditions designed to power line temperature monitoring at the core of the network monitoring system, power line parameters are monitored and compared, for example power line temperature, power lines around the air humidity, power lines surrounding gas oxygen concentration of fire power line connector has a crucial phenomenon of the impact of the parameter data.