位山灌区水情自动测报系统研究

该系统采用先进的硬件设备和有线无线混合组网方式,并采用了TC401感应式数字水位传感器,避免了黄河水含沙量高和部分季节结冰的影响;系统软件设计模块化,其中水位流量关系模块采用了自适应遗传算法,提高了计算速度与精度。实际运行表明该系统能够实时采集、分析、处理和存储水情数据,运行状况良好,测量精度满足实际要求,为灌区决策提供了科学的依据,提高了灌区管理技术和水资源利用率。并且分析了系统未来的发展趋势。

Research on Application of Automatic System of Hydrologic Data Collection and Transmission in the Irrigation District

Application of automatic system of hydrologic data collection and transmission in the agricultural irrigation regions are studied in order to realize water resource optimal distribution. Advanced hardware equipment and wire-wireless mixture communication method in the system are introduced, and TC-401 induced-method digital stage sensor is applied, which avoids effect of high sediment concentration of Yellow River water and freezing. The software is modularized, and the relation between water-level and flow is simulated by method of adaptive genetic algorithm, which accelerates calculation and reduces errors. Data can be real-time collected, analyzed, processed and stored by the system, and there aregood operation condition and high measuring accuracy. Therefore management technique of irrigation district is improved, water utilization ratio is increased, and scientific data is provided for scientific management, and furthermore, future developing trend of system is analyzed.