A Trusted and Privacy-Preserving Internet of Mobile Energy

The rapid growth in distributed energy sources on power grids leads to increasingly decentralized management systems for the prediction of supply and demand dynamic setting an price signal. Within this emerging smart grid paradigm, electric vehicles can serve as consumers, transporters, providers through two-way charging stations, which highlights a critical feedback loop between movement patterns these state grid. This article proposes vision Internet Mobile Energy (IoME), where information flow seamlessly across transport sectors enhance stability end-user welfare. We identify key challenges trust, scalability, privacy, particularly location linking privacy EV owners, realizing IoME vision. propose architecture that uses scalable blockchain provide data integrity authenticity, introduces one-time keys public transactions verifiable anonymous trip extraction method users share their while protecting privacy. present example scenario details seamless closed sectors, along with design transaction vocabulary trusted decentralised transactions. finally discuss open presented by unlock significant benefits stability, innovation,