Future Distribution Generation in an Intelligent Smart Energy Network The smart city policymakers are incorporating environmental sustainability ICT that contribute to making future cities more sustainable and intelligent future energy networking. Since technological innovation is moving in several directions (smart construction, smart mobility, e health, egovernment, etc.), cities should embrace policy, technology, awareness and retrofitting. Smart city energy disruption solution and evolution of the fourth industrial revolution (4IR) allows organization to be selfsufficient in terms of managing respective supply and demand. The internet of things (IoT) is a key enabler for smart cities where, together with communication and network devices, sensing devices and actuators are major components. The evolution supports smart network towards smarter technology that improve the quality of life. The key role in the ICT support framework is played by local administration and government and they can carry out control and supervision of the organization at various levels. Smart city is a centralized system; therefore, not only should citizens be able to xe2x80x9cactively participate in demand side managementxe2x80x9d, but they should also be major providers of feedback, participate in the design approach and be the recipients of personalized services.

Smart City Energy Trend Transformation in the Fourth Industrial Revolution Digital Disruption The future of digital transformation of industrial platform and electricity lies on the electrification, decentralization and digitalization. Technologies are becoming commercially available to systems and services that can enable efficient and sustainable management of energy production and use. In short, smart cities can be defined as a city that uses ICu0027Iu0027s solutions such as smart sensors, cognitive learning, and context awareness to make life more comfortable, more efficient and more sustainable. A smart city is a sustainable and efficient urban center providing its inhabitants with a high quality of life through optimal management resources. This study examines how intelligent technologies and services can integrate local energy production and use to provide a more sustainable and efficient system. Due to rapid urbanization, energy management in smart cities is an essential challenge to tackle. Due to the complexity of the energy systems and their vital role, energy management is one of the most demanding issues within urban centers. Therefore, this problem needs to be devoted to considerable attention and effort. Optimized operations using predictive analytics, data mining and modeling are the main tools commonly used to evaluate the technological and policy impacts of smart solutions, as well as to plan the best ways to move from current to smarter cities. The reviews show energyrelated work on smart city planning and operating models by classifying their scope into main areas of intervention: energy generation, infrastructure, energy storage, mobile internet, cloud technology, internet of things (IoT), autonomous and near autonomous vehicles, facilities, and intelligent transport system.