Abstract
Multienergy systems (MESs) have a sustainable structure that plays a vital role in the future of energy systems. In future, smart cities are expected to be based upon interconnected MESs in an efficient framework. This can be an introduction of a transactive energy (TE) system, whereas efficient infrastructure is needed to process the real-time data. The Internet of Things (IoT) framework plays an important role to provide a systematic communication environment among TE market participants, whereas different control strategies including centralized, decentralized, and distributed are utilized. The flexibility of interconnected MESs allows a higher penetration of distributed energy resources, conversion and storage units, demand-side management, and other advanced technologies. In this chapter, the role of interconnected MESs in a smart city as a TE structure is elucidated. Challenges and opportunities of interconnected MESs as well as contests of IoT-based systems’ components and different control approaches are also investigated.
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