THE RESEARCH ON DYNAMIC CYCLE MONITORING OF TRANSFORMER SUBSTATION MODULAR DATA CENTER CONFIGURATION BASED ON INTELLIGENT ASSISTANT
International Journal of Mechatronics and Applied Mechanics · 2021
With the development of social production, higher requirements are put forward for the power grid transmission capacity; therefore, the power enterprises should continue to expand their power grid scale.The transformer substation is the basis of the expansion of the power grid scale, and the dynamic data monitoring of the transformer substation is the basis of the stable operation of the power grid.The intelligent auxiliary technology analysis dynamically monitors the distribution cabinet, UPS power supply, temperature and humidity, heat dissipation equipment, and alarm equipment of the transformer substation, and connects the data obtained with the data centre of the transformer substation to realize the intelligent management of the transformer substation.Due to the wide range of intelligent auxiliary technology, there are many dynamic cycle monitoring data in transformer substation, making real-time monitoring delay and leading to inaccurate data processing results.Rough sets optimize and improve the intelligent auxiliary technology through the simplified calculation method.Through data discovery, processing learning, expert system, and problem reasoning, the key information in dynamic cycle monitoring is found, and early warning information is sent to the management centre in time.The MATLAB simulation results show that the improved intelligent assistant technology can reduce 30 pieces of information in dynamic cycle monitoring and obtain 22 key data information.The data processing time is reduced by 20%, and the accuracy of early warning information reaches 99.2%.Therefore, the dynamic cycle monitoring effect of the improved intelligent auxiliary technology is better, and the processing speed is higher, which is suitable for the dynamic cycle monitoring of transformer substation modular data centre configuration.