C City Lighting is part of the beauty, comfort and safety of the city. The quality of city lighting is not only determined by the condition of the electricity network and the lamp luminaires and components in it, but also by the quality of their management. In order to get quality city lighting, it is necessary to adapt the control and monitoring system technology to the performance and functioning of the city lighting network based on power line communication. So far, the control and monitoring of the city lighting network - public street lighting (PJU) - has been carried out in the traditional way, namely utilizing time switches installed on PJU panels and field surveys by Time Switch Officers.A control and monitoring system for the city lighting network - public street lighting - has been built in several areas of the Jakarta area based on power line communication, where control and monitoring are easily accessible via the Internet. The components in the IHI system are web servers, concentrators, controllers, and data communication networks between devices. 4 The results showed that the computer, d to run effectively at a bit rate of 31411 users and 10 Mbps each server. In a, the delay that occurs between the user and the device in the field is s'..4 is 0.43 decics . The value of THD (total harmonic distortion) of the electricity network is 1.12.09%. and a power factor of 0.992. The value of the impedance of the electrical network unit (applied power line communication, CENELEC band C standard, frequency 112 ki lz, is 11.9812 . The light point dimming scheme with a level of io.Jr.- iujoE-17'0 % can be applied to an illuminance arm of 13.11 lux which mask meets the TNI 7-11:2008 on the primary collector road classification.Similarly, the integration between the SEMS (smart energy monitoring system) street lighting control and monitoring server and the smartcity.jakarta.go.id server is running well.