Single Well Dynamometer Signal Acquisition And Analysis Based On Wireless Sensor Networks

Traditional shows the characteristics of acquisition equipment is mainly by manual collection and measurement field production data, due to the use of manual collection, heavy workload, high cost, so the traditional shown diagrams of the acquisition of equipment in convenience has a lot of problems, in order to overcome these problems. In this paper, the design of the Zig Bee Technology oil pumping machine shows a diagram acquisition system based on using simulation methods to collect dynamometer.This paper analyzes the current situation and development trend of China’s oil industry, dynamometer collection technology development status, after the wireless sensor network, Zig Bee technology and dynamometer principle was introduced to analyze the ground dynamometer pumping and pumping machine works, in-depth analysis of the features and network structure Zig Bee technology, combined with classical wireless sensor network node with its own characteristics, and ultimately the MCU with integrated radio transceiver module plus SOC design, selected by TI CC2530 chip for complete Zig Bee node hardware design, the use of Matlab software to plot the data obtained a dynamometer. The results show that the design of Zig Bee-based pumping dynamometer acquisition system meets the design requirements, to complete the transmission dynamometer data. Finally, the dynamometer detailed analysis and interpretation, including analytical methods dynamometer, energy based on the principle of dynamometer analysis, analysis of typical faults dynamometer, pump efficiency factors and improving well production capacity.