The utility model relates to the field of power supply management, in particular to an intelligent management system for a remote power consumer. The intelligent management system comprises a data collecting device, a power supply device, a GPRS communication device, a man-machine interaction device and a processor, wherein the data collecting device collects the three-phase voltage data and the three-phase current data of a load pipe system on-site electric energy meter, the power supply device provides a voltage-stabilized power source for the processor, the GPRS communication device sends signals to a junction station, the human-machine interaction device achieves the display of the data and the input of commands, and the processor receives and processes the three-phase voltage data and the three-phase current data collected by the data collecting device, sends the data needing to be displayed to the man-machine interaction device, receives the input commands, converts the processed data into signal communication interfaces and transmits the signal communication interfaces to the GPRS communication device. The intelligent management system adapts to different needs of large consumer load management, distribution transformer monitoring, electric energy meter set reading, distributing line detecting and other applications through optimal configuration, the whole system is divided into modules according to functions, the modules are achieved and modulated respectively, design difficulty is simplified, and the maintenance of the system is facilitated.