IEEE Transactions on Power Systems · 2006 · 109 citations · 16 references
BusinessRisk ManagementSystems EngineeringDecision AnalysisMulti-criteria Decision MakingRisk AnalysisDistribution Network PlanningFuzzy Multi-criteria Decision MakingPower Grid AnalysisRisk EvaluationTransmission PlanningElectrical Power SystemsExpansion PlanningFuzzy SetsNetwork Expansion PlanningPower System PlanningTransmission Grid ExpansionTransmission Network Expansion PlanningTransmission System Expansion
In this paper, a new approach for network planning in unbundled power systems is presented. The approach takes into account the desires of demand customers, power producers, system operator, network owner(s), and regulator in network planning. Competition, reliability, flexibility of operation, transmission expansion cost, and environmental impacts are used as planning criteria. In order to consider the importance degrees of stakeholders and planning criteria in network planning, first importance degrees of stakeholders and planning criteria are determined by a presented new method. Then, importance degrees of stakeholders and planning criteria are aggregated with appropriateness degrees of expansion plans to compute a fuzzy index for measuring the goodness of expansion plans. The final plan is selected using the presented fuzzy risk assessment method. The approach is applied to an eight-bus test system
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Market-Based Transmission Expansion Planning
Majid Oloomi Buygi, Gerd Balzer, H.M. Shanechi et al. · IEEE Transactions on Power Systems · 2004 · 271 citations
Natural Resources, Electrical Engineering, Energy Economics +16
Fuzzy arithmetic with requisite constraints
George J. Klir · Fuzzy Sets and Systems · 1997 · 256 citations