Abstract
In this study, electric power is processed using the logic operation method and the error correction algorithms to meet load demand. Electric power was treated as the physical flow through the distribution network, which was governed by circuit configuration and efficiency. The hardware required to digitize or packetize electric power, which is called power packet router, was developed in this research work for low power distribution. It provides an opportunity for functional electric power dispatching while disregarding the power flow in the circuit. This study proposes a new design for the network, which makes the logic operation of electric power possible and provides an algorithm to correct the inaccuracies caused by dissipation and noise. Phase shift of the power supply network is resulted by implementing the introduced design.
Highlights
Electric power is considered as a continually flowing quantity caused by potential difference between nodes in an electric circuit
Power keeps continually flowing according to an electric circuit configuration even when load demand is quickly and forcibly altered by information and communication technology (ICT) systems
This paper focuses the power distribution in a local grid of a closed system isolated from the commercial power grid, e.g. vehicles, robots, aeroplanes and satellites
Summary
Electric power is considered as a continually flowing quantity caused by potential difference between nodes in an electric circuit. The smart grid concept interconnects power engineering with information and communication technology (ICT) It acknowledges the regulation of the power flow between power sources and loads. The development of bidirectional routers in kW order [13], the congestion management of the power packet dispatching [14], and the kW class motor drives [15] were achieved These studies revealed that there is inadequate interface to link the cyber systems and operation of an electric power network. From the viewpoint of applications, the power packet dispatching system enables us to reduce the wire connections between the power sources and loads depending on the change of demand and supply It will be an advantage for the weight reduction of the harness in the closed systems. The proposed method creates a completely different power distribution system, which disregards the power flow governed by the circuit configuration
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