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Multi-objective distribution planning approach for optimal network investment with EV charging control
The paper proposes a hybrid methodology based on a Gaussian local search and a genetic algorithms to address the multi-objective and multistage optimal distribution expansion planning problem. TheExpand
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Implementing optimisation functionality on network management platforms for new DSO business models
TLDR
This paper address the emerging need for Distribution System Operators to optimise Distributed Energy Resources hosted in their networks. Expand
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STANDARDISATION OF CURTAILMENT ANALYSIS AND THE IMPLICATIONS FOR DISTRIBUTION NETWORK OPERATORS AND GENERATORS
The introduction of Active Network Management (ANM) has enabled managed connections as a business-as-usual option. These provide generation developers with access to network capacity, while avoidingExpand
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EVALUATION OF METHODS FOR REPRESENTING ELECTRIC VEHICLES FOR DISTRIBUTION GRID SIMULATION AND PLANNING - A STATE-OF-THE-ART ANALYSIS
European Energy Systems are facing a range of challenges. Besides climate and energy efficiency targets, increasing urbanization, the massive introduction of distributed energy resources (e.g. windExpand
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OPTIMAL MULTISTAGE PLANNING OF LV NETWORKS WITH EV LOAD CONTROL : PROSPECTIVE ICT VS TRADITIONAL ASSET REINFORCEMENT INVESTMENT
The paper proposes a hybrid methodology based on a Gaussian local search and a genetic algorithm to address a multi-stage optimal distribution expansion planning problem. The methodology is appliedExpand
ACTIVE NETWORK MANAGEMENT SUPPORTING ENERGY STORAGE INTEGRATION INTO SYSTEM, MARKET AND THE DISTRIBUTION NETWORK
There has been an increase in the number of applications to connect large scale storage devices to distribution networks in the United Kingdom. Possible reasons for this include the decrease inExpand
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