Dynamic Monitoring System Based On Arm Of The Substation Design

Since the computer monitoring system field is introduced, the monitoring system field cent gives B/S structure and C/S structure. It is classified by the software system structure. Both have their respective characteristics, But with the development of The Times, the B/S has many advantages like its development costs simple, system maintenance and upgrades more convenient, the system of data security higher and so on, which promote the gradual B/S model in the actual monitoring system in the field of rapid development.It also be need in the respect of the Solar power substation related parameters monitor. Because the solar energy equipments are basically in the countryside, facing the sun, and the environment is harsh, we can not arrange people in there to monitor our equipment, and it requires us no matter where we are in, we can get the data we need to field devices and modify set to maintain the data of field devices.For this reason, a solar energy company in Beijing and the networked control system laboratory of the North China University join the development of an embedded monitoring solar equipment data. So my subject is carried out based on the actual needs of the solar energy company. According to the actual needs of solar company, my paper put forward a set of solutions, which is easy maintenance, lower cost, and stable performance.First the paper introduce the background and significance of the study of this subject, narrate the source of the topic and the details related to the background of this subject, and put forward the actual needs of the subject. Secondly, it introduces minutely the solutions of the monitoring system of this project from the hardware and the software. The hardware solution gives the design about hardware schematic of the system and explains the basic principles of the hardware connection. The software solution gives the software architecture of the system, and the basic principles and the steps of the software implementation, and also gives the actual code for the focus and the difficult part of the software. Again, aiming at the combination of hardware and software, it gives a detailed description and screenshots for the operating results in the actual scene, which make the dynamic data acquisition, analysis, processing, storage and display of the solar power station monitoring system come true.