Intelligent controller utilizing electric carrier wave long-distance monitoring light

The utility model relates to an intelligent controller utilizing electric carrier wave long-distance monitoring light and comprises a central processing unit, a communication and command interpretation unit, a drive execution unit and a power supply and coupling circuit, wherein, the output end of the power supply and coupling circuit is connected with the input end of the central processing unit; the output end of the central processing unit is in two-way connection with the input end of the communication and command interpretation unit through a data bus; the output end of the communication and command interpretation unit is connected with the input end of the drive execution unit through a data line; the output end of the drive execution unit is connected with an external multi-channel light adjusting part. The utility model not only realizes long-distance turning on/off and light adjusting of a light through a power line, but also can read the state of the light to realize linkage between lights and between the light and other household appliances, thereby being of high practicability. The utility model which mainly comprises a nerve fiber chip, a power line transceiver, an output circuit, a power supply circuit and a coupling circuit has a simple structure, high universality and reliability and convenience for networking; moreover, the utility model can be connected with other networks (including the internet) through a gateway to realize light monitoring at any time and any place.