Power Line Detection And Remote Control Based On ARM Platform

With the continuous booming expansion of modern power system, the quality of power in today’s human society has become a stringent problem. It is widely acknowledged that how can we ensure real-time monitoring of the power system data into a current pressing needs is much more emergence than used. However, traditional power system monitoring devices have shortcomings like expensive cost, cumbersome deployment, and narrow scope of many other points. Today’s hardware facilities mainly cost limits its breadth of applicability. Therefore, the existing power monitoring system cannot generally be widely used, especially for a high-voltage scenario such as office building, factories which have a largely request for electricity power. In these scenarios, most measurement is still got through artificial field. Hence, to design and implement a low-cost, high-availability, remote monitoring systems has become an urgent task, and it has high practical value.In order to reduce the hardware threshold of visibility online power monitoring system, current approaches mostly use the original hardware, computing software, collecting and so on. However, caused by unsatisfying computing consumption constraints in the ARM devices, these methods are not able to solve all the problems well. How to improve the accuracy of data collection has become one of the main tasks. Inspired by the Internet’s timely and efficiency advances, we can use PC software to do the calculation instead of just using the ARM devices. This method can not only greatly reduce the hardware unit to the next resource requirements, but also make the original data collection accurate as much as possible. In this ideological theory’s foundation, this paper proposes a novel power online monitoring system ZZDB, as far as possible to simplify lower machine hardware and software design complexity under the premise of the system to achieve dynamic monitoring voltage, current, frequency and other data, while capable of current data analysis through the harmonic components of the current access, the FFT analysis, monitoring frequency. Through experiments, that the usefulness of the system.