The invention discloses an intelligent internet-of-things
perception regulation and
control system and method based on a low-
voltage distribution network area, and an energy controller, a
branch box monitoring device, a meter box monitoring device, and a
new energy monitoring device and the like are used as
Internet of Things sensing nodes and are installed at a
distribution transformer low-
voltage side main switch outgoing line, a
branch box outgoing line, a meter box outgoing line, a distributed photovoltaic device, a charging
pile and the like. The functions of monitoring the state of each low-
voltage switch of the low-voltage power distribution network, synchronously acquiring periodic
electric energy data such as voltage, current, power and indicating value of segmented lines, users, distributed photovoltaic and charging piles, and carrying out edge calculation such as area quasi-real-
time line loss calculation and abnormal alarm are realized; functional applications such as low-voltage user power failure active reporting,
transformer area topology automatic identification, meter box
access control state monitoring, distributed photovoltaic monitoring and ordered charging
pile charging are realized, and intelligent panoramic sensing and quasi-real-time monitoring of the running state of the low-voltage
distribution transformer network are comprehensively realized.