Multi-stage current control simulation low-voltage transformer area on-site power utilization system based on current booster

The invention discloses a multi-stage current control simulation low-voltage transformer area field power utilization system based on a current booster. The system comprises an examination three-phasemeter, a real user single-phase meter, a real user three-phase meter and a power utilization environment simulation load. The invention discloses a low-voltage transformer area electrical characteristic parameter experiment simulation method based on user power consumption behaviors, and aims to mine massive user power consumption data by applying a big data analysis technology, extract typical characteristic parameters, comprehensively analyze the operation state of a low-voltage transformer area in a multi-dimensional manner, establish a low-voltage transformer area experiment simulation environment, simulate power consumption characteristics of the transformer area under different working conditions and improve the power consumption performance of the transformer area. A good data basis is provided for remote