In particular, our study demonstrates the strong modeling capability of two-stage robust optimization scheme by including two practical issues, i.e., demand changes due to disruptions and facility capacities, which receive little attention in reliable distribution network design research.
This helps to minimise the frequency and duration of outages and helps system operators to deliver a reliable electricity distribution network.
Furthermore, most of the literature only aimed to solve either the reliable operation of the distribution networks or the economical charging of PEV owners.
The concept of microgrids has been introduced to facilitate the integration of the distributed energy resources (DERs) into distribution networks in a more economical, reliable and environment-friendly manner.
To cope with the requirements of a low-carbon economy, and to help provide a reliable and cost-effective power supply, an increasing number of distributed generators (DGs) have been connected to distribution networks around the world.
In this paper, we develop a reliable uncapacitated fixed-charge location model with fortification to support the design of distribution networks.
An advanced metering infrastructure is an integrated system of smart meters, communications networks and data management systems designed to support the safe, efficient and reliable distribution of electricity while providing advanced functionality to energy customers.
Modern societies have reached a point where everyday life relies heavily on the reliable operation and intelligent management of critical infrastructures, such as electric power systems, telecommunication networks, water distribution networks, and transportation systems.
The first involves content distribution networks (CDNs).
We have the distribution networks.
