Design and implementation of a smart networking control system for LED lighting based on CAN
November 15, 2013 Editor 0
The paper describes a smart networking control system for remote monitoring and controlling of lighting networks based on CAN bus. The nodes of network are LED lamps and environment sensors. The system provides LED lighting dimming control of a single lamp or a group of lamps. The master node will remote monitor the lighting condition of LED lamps and control the status of lighting system. The system was implemented in a simple lighting network based on CAN 2.0B, with the MCU using C8051F340. The driver for LED lamps uses PT4107 as the switching power supply chip and the dimming mode is based on PWM signal. The B&R PLC master the whole network as the host computer. Applications for this system include indoor lighting condition where it is desired to control LED lamps for saving energy consumption and creating various lighting effects.
Go to Source
- Expanding the 3Cs framework for the IoT ecosystem
- How overhyped tech can be used to discover emergent customer needs. – by @nickdemey
- Emerging Technology: What is it?
- The business model dilemma of technology shifts
- The wisdom of crowds: The potential of online communities as a tool for data analysis
- How to Make Development Finance and Procurement Data Exciting
Subscribe to our stories
- In pictures: the 2019 Africa RISING Tanzania monitoring visit August 30, 2019
- Active Internationalization of Software Enterprises: Scale Development and Validation August 30, 2019
- The Manager’s Guide to Leveraging Disruption August 30, 2019
- Key take-aways from a recent Africa RISING exchange visit in Ghana August 30, 2019
- Device that recycles vaporized water from power plants wins MIT $100K May 28, 2019