KEYWORDS: Internet, Clouds, Fusion energy, Data storage, Printed circuit board testing, Data storage servers, Solar energy, Networks, Data communications, Data centers
At present, thanks to the development of related technologies such as computers and communications, the existing ubiquitous power Internet of Things related technologies have made considerable progress, such as widely supporting distributed energy access, energy optimization configuration, energy interconnection and sharing, and energy supply and demand balance. At the same time, the ubiquitous power Internet of Things is increasingly carrying differentiated energy services internally and externally. It is urgent to use virtualization technology to realize the concept of virtual operators, and provide and deploy services in the form of virtual service resource leasing to meet business needs. The operation requirements of ubiquitous power Internet of Things are not only isolated from each other but also integrated with each other. Existing energy operation management and control technology research is mostly carried out for decentralized networks. However, due to the heterogeneous, decentralized, and obvious differentiation of distributed energy, it is difficult to effectively organize and control the business, and it has not yet obtained better applications. Moreover, the ubiquitous power Internet of Things is a fusion model formed by the "cloud, management, edge, and end" ICT business function chain. Currently, there is still a lack of research on the operation and control technology for its unique resource chain mode.
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