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Step 1: Model the distribution network base case.
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In this paper we propose a methodology to evaluate the relative importance of the pipes in a water distribution network based on the quantification of the uncertainty of the data by means of an error limit analysis performed using sensitivity analysis.
Dai et al. [5] reconfigured the distribution network based on a refined branch-exchange technique.
A flowchart of the proposed multi-objective partition method of hybrid AC/DC distribution network based on the coordination of real and reactive power is shown in Fig. 3.
Although sizing the pipes for water distribution network based on shortest flow path results higher than the least cost solution (global least cost), analysis of results indicates that such a solution is found to be promising as far as resilience point of view.
In this paper is presented a method for defining solutions concerning to the design of power and water distribution networks based on a multi-stakeholder environment.
In this paper, an algorithm is presented that describes a computationally efficient technique for water distribution networks based on Gröbner basis method.
UPStream® is an open-source software, which combines EPANET's computational engine and a simple hydraulic gradient-based recursive approach for selection of pipe diameters, to automatically design pressurized water distribution networks, based on user-defined pressure and flow velocity constraints.
The approach can be applied to benchmark active distribution networks based on impacts on steady-state security with large wind farms.
Theoretically, the voltage control can be performed in a similar way in distribution networks based on a management system controller with costly communication equipment.
Combined with the diagnostic method for the distribution networks based on power supply safety standards, a case study is conducted to verify the correctness of the proposed method.
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