This study presents an algorithm to optimally aggregate spatially distributed flexible resources at strategic microgrid/smart-grid locations.

Abstract—This study presents an algorithm to optimally aggregate spatially distributed flexible resources at strategic microgrid/smart-grid locations.

Optimum Aggregation and Control of Spatially Distributed Flexible Resources in Smart Grid. I E E E Transactions on Smart Grid, 9(5),. 5311-5322. Article ...

This study presents an algorithm to optimally aggregate spatially distributed flexible resources at strategic microgrid/smart-grid locations.

Mar 24, 2017 · This paper presents an algorithm to optimally aggregate spatially distributed flexible resources at strategic microgrid/smart-grid locations ...

One way to increase this flexibility is to use the potentials of demand response (DR). In order to activate the full range of customers in DR, a new market ...

The aggregation reduces a distribution network having thousands of nodes to an equivalent network with a few aggregated nodes, thereby enabling distribution ...

Optimum Aggregation and Control of Spatially Distributed Flexible Resources in Smart Grid.

This study determines optimum aggregation areas for a given distribution network considering spatial distribution of loads and costs of aggregation.

This paper presents an algorithm to optimally aggregate spatially distributed flexible resources at strategic microgrid/smart-grid locations.