Sentence examples for electric power distribution network from inspiring English sources

The result is a software tool with high abstraction and easy customization, aimed at a self-healing system for a reconfiguration of an electric power distribution network.

The optimal expansion planning of electric power distribution network to meet system load growth and overcome to pseudo dynamic behavior of network parameters considering a large number of constraints is a hard satisfactory multiobjective optimization problem.

In this paper, the application of autonomous control on automatic switches in electric power distribution networks is proposed.

In this paper, we extend to the design of electric power distribution networks the constructal method of deducing the multiple dimensions of the network from the maximization of global system performance.

This may be due to equipment malfunction, line faults and/or harsh climatic conditions or other natural phenomena like earthquakes, all of which can undermine the electric power distribution networks.

In this work a mathematical model is proposed regarding the temperature rise estimation in components installed to electric power distribution networks (e.g. circuit breakers, automatic switches, disconnectors, fuse carriers), during short-circuit faults.

His work covers the range of surface water, ocean and groundwater characterization and simulation; remedial design and construction; monitoring optimization; detection of unexploded ordnance, and; the development of self-learning adaptive algorithms which support optimization of electric power distribution networks including grid integration of renewables.

The large-scale tree-shaped designs of electric power distribution systems and networks for natural gas and water are now invading small-scale designs such as fuel cells, heat exchangers and cooled packages of electronics.

The topology of medium voltage (MV) distribution network as backbone of electric power distribution systems is designed by optimal sizing, siting and timing of medium voltage network components such as HV substation and MV feeders' routes.

In the building's basement is a small-scale electricity grid where, among other projects, students study the impact that a growing population of electric vehicles may have on the power distribution network.

The increasing penetration of a massive number of plug-in electric vehicles (PEVs) and distributed generators (DGs) into current power distribution networks imposes obvious challenges on power distribution network operation.