Evaluating multicriteria scenarios to schedule emergency orders in electric distribution utilities

Abstract

Since maintenance crews help to maintain the network under normal conditions, i.e., all the customers with power supply and non-technical problems associated with the electric network, emergency orders are normally related to equipment failures, overload conditions and interrupted conductors. In this paper it has been presented an evaluation of multicriteria scenarios to schedule emergency orders in electric distribution utilities. First the problem definition is pointed out, followed by the proper description of the criteria to be adopted when planning the schedule of emergency orders. Finally, the computational experiments and conclusions are presented including actual cases.

Research on Green Vehicle Path Planning of AGVs with Simultaneous Pickup and Delivery in Intelligent Workshop

“…When AGVs perform logistics transportation tasks in the intelligent workshop, they roll on a flat, concrete surface, such as that commonly encountered in factories. As discussed in Garcia [36], The energy consumption of such vehicles is mainly affected by three mechanical forces, namely traction (F traction ), friction (F f riction ) and air resistance (F airdrag ), in Newton (N). Because the vehicle itself has a higher quality and the vehicle's speed is lower, the air resistance is negligible, which means that the vehicle's aerodynamics will not play a significant role in this AGV's logistics transportation tasks.…”