Abstract: A power distribution unit (PDU) is disclosed wherein the PDU includes an interactive display and communications capability. The display is interactive. A touch screen allows a user to make selections of data, commands, and modes to view, as well as enter commands. Some versions include audio and video capability, allowing two people from distant locations to interact. Ports for USB, Ethernet, wifi, Bluetooth provide for various methods of interconnectivity. An energy metering and control board controls each PDU outlet and measures many parameters related to the power of each outlet. The data obtained is used to calculate the power of a three phase power source using no other hardware resources.

Abstract: A system for managing a virtual power distribution unit includes database management resources and means for remotely connecting to one or more physically separate power distribution units by a controller. The controller is sometimes implemented as custom logic, or a personal computer which executes computer program instructions and communicates via a local area network or an internet connection. A database is manipulated to allow control and presentation to a user of what appears to be a standard power distribution unit but is instead a virtual version comprised of one or more physical power outlets from one or more power distribution units, allowing control and observation of the virtual power distribution in the same manner as an individual physical power distribution unit. Multiple versions of virtual power distribution units may be formed from a given set or sets of physical power distribution units.