Abstract: Disclosed are systems and methods for monitoring and controlling the distribution of electricity. The power distribution platform includes an intelligent device that controls power delivery to a singular or plurality of end users. The device controls the times during which energy is delivered, and limits the electrical current available on a per socket basis. By limiting current draw, system operators can ensure that only high value appliances (LED lights, phone charging etc.) are powered. Local intermediaries buy credit in bulk from a power system operator, then sell it to users via a portable digital storage medium and mobile device in increments of days, weeks or months. Once loaded with credit, a user's power program is allowed to continue running for the specified duration. Further aspects of the embodiment include; usage data logging to cloud server, power theft detection and methods of synchronizing internal clocks of each intelligent device.

Abstract: Disclosed are systems and methods for monitoring and controlling the distribution of electricity. The power distribution platform includes an intelligent device that controls power delivery to a singular or plurality of end users. The device controls the times during which energy is delivered, and limits the electrical current available on a per socket basis. By limiting current draw, system operators can ensure that only high value appliances (LED lights, phone charging etc.) are powered. Local intermediaries buy credit in bulk from a power system operator, then sell it to users via a portable digital storage medium and mobile device in increments of days, weeks or months. Once loaded with credit, a user's power program is allowed to continue running for the specified duration. Further aspects of the embodiment include; usage data logging to cloud server, power theft detection and methods of synchronizing internal clocks of each intelligent device.