Smart Grid System Architecture over Embedded System using Internet of Things Devi M Saritha1, Kumar D. Vijendra2, Madhu A2, Kumar B Naveen2 1Professor, Department of ECE, Godavari Institute of Engineering & Technology, Rajahmundry, Andhra Pradesh India 2Associate Professor Department of ECE, Godavari Institute of Engineering & Technology, Rajahmundry, Andhra Pradesh India Online published on 2 February, 2019. Abstract This paper refers advanced smart Grid architecture executed with the help of internet of things. Internet of things contains a set for Web administrations have highest priority over internet enabled embedded devices. The Web program on computer could go an interface over service provided by this web of things. Those Embedded devices such as ARM Cortex M3 Processor built gadgets with Ethernet abilities. CMSIS Real time embedded systems will be utilized to transform control on each on these electronic gadgets. LwIP Protocol stack may be actualized on highest priority on each of these units along with the IP connectivity. Those Web interfaces gatherings give us constant majority of the data for each of the energy meters that are introduced with respect to webpage and communicate with web units utilizing MODBUS correspondence protocol. Constant real time energy source scheduling and selection, energy association and separation are some of the administrations that would be given with a on-line verifed client. The inserted embedded systems lab framework at the TIFAC center to 3G/4G correspondence toward national institute of science and technology might have been utilized for that equipment testing of the embedded modules. We were mostly helped by the product developers during NIST innovation consultancy administrations over outlining those web provisions and also interface for our Web of things construction modeling. Top Keywords Internet of things, Smart grid system, MODBUS correspondence protocol, Renewable energy sources, Global warming, Ethernet. Top |