Energy Management and Monitoring Using IoT with CupCarbon Platform

Green computing is an Eco-Friendly usage of resources in terms of designing, displaying and manufacturing in the field of Engineering. Main purpose of green computing is reducing the environmental impact such as hazardous materials, energy efficiency during the lifetime of product and recyclability of product wastage. The main approaching fields of green computing are data center design, cloud computing, edge computing, IoT, super Computer and smart cities etc. The one of the main approaches of green computing with smart cites is collect and manage various recourses and use efficiently and effectively. In smart cities data storing, processing and using take more usage of resources are wasted. In Energy management and effectively usage is big challenging issues in recent days in the world. The Green computing with energy efficiency in a smart cities research help to improve the energy effectively. The Energy management in smart cities is tracking and monitoring the energy to use effectively in building and smart cities. In smart build and smart cities around 25–35% cost is spent to energy operations. Energy managing purpose different techniques and methodologies are introduced. Internet of things (IoT) is one of the main techniques to sense and optimize the unrelated events. In this chapter mainly concentrated integration of IoT and CupCarbon and implementation. Specially first, IoT Smart Road Network Energy management using CupCarbon is implemented with the help of Road Side Unit (RSU) and IoT protocol (MQTT). Using this implementation, we can Manage the power in the street light in road network (power optimization), Analysis the traffic in one particular and Emergency services we can take the decision. The second, Case Study with IoT Energy Management with CupCarbon in VANET environment. Finally presented various challenges and research direction for future.