Resiliency planning of distribution network using of active distribution network partitioning. [PDF]
Today, micro-grids (MGs) include all kinds of energy storage systems (ESSs), wind turbines (WTs), photovoltaic (PV), combined heat and power (CHP), etc., also demand response are active on the demand side. In this paper, single-level robust methods for partitioning and planning the active distribution network (ADN) into several MGs are presented ...
Khanavandi HA, Gandomkar M, Nikoukar J.
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Robust modeling and evidence-based evaluation method for a active distribution network with EVs and CHPs. [PDF]
Chen K, Yuan J, Fang Z, Mao Y.
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Sensor and Sensorless Technology with Renewable Energy and Flexible Load Participation in Active Distribution Network. [PDF]
Li N, Yan J, Su S, Jurasz J, Chen R.
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Multi-objective collaborative optimization of active distribution network operation based on improved particle swarm optimization algorithm. [PDF]
Sun S, Yu P, Xing J, Wang Y, Yang S.
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Risk-constrained participation of virtual power plants in day-ahead energy and reserve markets based on multi-objective operation of active distribution network. [PDF]
Jadidoleslam M.
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Stochastic economic sizing and placement of renewable integrated energy system with combined hydrogen and power technology in the active distribution network. [PDF]
Naghibi AF +4 more
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Current spectral norm and phase variation based fault region identification for active distribution network. [PDF]
Chen J +7 more
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Optimal DG allocation using the Dingo Optimization Algorithm: robust power loss reduction with concomitant voltage stability improvement in distribution and transmission networks. [PDF]
Kotb H, Michael G, AboRas KM.
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New classification-based global optimization approach for sustainable active power distribution networks. [PDF]
Elazab R, Salem A.
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Beyond synaptic plasticity: a summary of a linear model of the cerebellar locomotor computation. [PDF]
Gilbert M, Rasmussen A.
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