Matlab IEEE 123 Node
Budget: $30 – $250 USD
MATLAB code simulating ALL the results found in "Combined Local and Centralized Voltage Control in Active Distribution Networks.". Detailed explanation of the paper and the MATLAB code preferably via screen recording . Using IEEE 123 unbalanced distribution network. The DGU to be used is Solar PV. All results in the paper is required to be obtained from the MATLAB code. Thank you
Paper title
“Combined Local and Centralized Voltage Control” in Active Distribution Networks by Hamid Soleimani Bidgoli
Modifications
System to be used is IEEE 123 system
This paper is focused on Wind DGU, please use Solar PV DGU instead.
The objective function to be minimized should be changed to
∑_(i=0)^(N_c-1)▒〖‖∆Q_g (k+i)‖_(W_Q)^2+‖∆P_g (k+i)‖_(W_P)^2 〖+‖∆V(k+i)‖〗_(W_V)^2 〖+‖ε‖〗_s^2 〗
No modification is required for the system modelling and equations, but should there be a need for any, consent is required.
The optimization used in the paper is done in real time and they used MPC. Please use Real time particle swarm optimization instead (RTPSO).
ALL the results (figures and tables) in the paper must be provided please.
Results from figure 9 to 18 should reflect 8 DGUs as we have 8 control points (8, 27, 37, 42, 56, 99, 114, 149).
An extra figure depicting the overall voltage profile for all the system buses before voltage control, after local voltage control and after centralized control is required.
Please explain the coding created in relation to the paper (this can be done via report, or screen recording). Thank you!
Paper title
“Combined Local and Centralized Voltage Control” in Active Distribution Networks by Hamid Soleimani Bidgoli
Modifications
System to be used is IEEE 123 system
This paper is focused on Wind DGU, please use Solar PV DGU instead.
The objective function to be minimized should be changed to
∑_(i=0)^(N_c-1)▒〖‖∆Q_g (k+i)‖_(W_Q)^2+‖∆P_g (k+i)‖_(W_P)^2 〖+‖∆V(k+i)‖〗_(W_V)^2 〖+‖ε‖〗_s^2 〗
No modification is required for the system modelling and equations, but should there be a need for any, consent is required.
The optimization used in the paper is done in real time and they used MPC. Please use Real time particle swarm optimization instead (RTPSO).
ALL the results (figures and tables) in the paper must be provided please.
Results from figure 9 to 18 should reflect 8 DGUs as we have 8 control points (8, 27, 37, 42, 56, 99, 114, 149).
An extra figure depicting the overall voltage profile for all the system buses before voltage control, after local voltage control and after centralized control is required.
Please explain the coding created in relation to the paper (this can be done via report, or screen recording). Thank you!