Fig 4 - uploaded by Salman Zaferanlouei
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Scaling factor multiplied by vector of consumption of active load P d in order to simulate one period of 24 hours
Source publication
With the introduction of massive renewable energy sources and storage devices, the traditional process of grid operation must be improved in order to be safe, reliable, fast responsive and cost efficient, and in this regard power flow solvers are indispensable. In this paper, we introduce an Interior Point-based (IP) Multi-Period AC Optimal Power F...
Contexts in source publication
Context 1
... is taken for all results presented in this paper. Vector of bus active load is obtained through P d = c p (t).P, and c p (t) is illustrated in Fig. 4, which fluctuates similar to a base load of households. Vector of bus reactive load is simulated as Q d = c q (t).Q with a constant scaling factor shown in Fig. 4 by a red line. Note that the objective function of the optimisation problem in this paper includes only active power minimisation. P and Q are taken from the original values ...
Context 2
... is taken for all results presented in this paper. Vector of bus active load is obtained through P d = c p (t).P, and c p (t) is illustrated in Fig. 4, which fluctuates similar to a base load of households. Vector of bus reactive load is simulated as Q d = c q (t).Q with a constant scaling factor shown in Fig. 4 by a red line. Note that the objective function of the optimisation problem in this paper includes only active power minimisation. P and Q are taken from the original values in BUS matrix. All simulations codes are developed in MATLAB environment. They are performed on a computer with Intel(R) Xeon(R) CPU E5-2690 v4 @ 2.60 GHz and 384 ...
Context 3
... is taken for all results presented in this paper. Vector of bus active load is obtained through P d = c p (t).P, and c p (t) is illustrated in Fig. 4, which fluctuates similar to a base load of households. Vector of bus reactive load is simulated as Q d = c q (t).Q with a constant scaling factor shown in Fig. 4 by a red line. Note that the objective function of the optimisation problem in this paper includes only active power minimisation. P and Q are taken from the original values ...
Context 4
... is taken for all results presented in this paper. Vector of bus active load is obtained through P d = c p (t).P, and c p (t) is illustrated in Fig. 4, which fluctuates similar to a base load of households. Vector of bus reactive load is simulated as Q d = c q (t).Q with a constant scaling factor shown in Fig. 4 by a red line. Note that the objective function of the optimisation problem in this paper includes only active power minimisation. P and Q are taken from the original values in BUS matrix. All simulations codes are developed in MATLAB environment. They are performed on a computer with Intel(R) Xeon(R) CPU E5-2690 v4 @ 2.60 GHz and 384 ...
