Smart Energy Trend Observation

Smart energy systems is a process by which energy generators and energy network operators interact and provide a comprehensive and optimized solution using a mix of on-demand fossil fuel, local stored sustainable fuels, and other renewables like photovoltaics and hydrogen in a bidirectional network. An overlay upon the smart network is the inclusion of embedded devices that monitor and report to an enterprise management console using Internet bandwidth for implementation and optimization of energy systems. Here, the load is balanced to provide constant voltage over the day using smart management artificial intelligence algorithms. Through design and operation, every facet in the energy network is optimized are addressable using the Internet of Things approach the prupose is to achieve synergy and complementarity of the subsystems, creating a whole that is greater than the subparts. This is due to the incorporation of embedded objects, business model, and system design. The latter is achieved using artificial intelligence algorithms for swarm design optimization at multiple level of integration. These inculde integration at the level of energy generation, storage, transmission, substation, station, and end user. A top layer of automation and blockchain transactional technology is added for self-correction, fault tolerance, deployment of pig-robots and aerial unmanned surveillance to create and maintain a self-aware network. Such a network would also inculde fault tolerance, machine learning, predictive and corrective of component failure. These features augment human decision-making with smart metering and billing of common tasks to business and end users enabling them to focus on their core missions.