The optimal location and sizing of distributed generation (DG) units in a power distribution system can be determined using various optimization techniques. One approach is to use a Matlab code to simulate the power distribution system and optimize the placement and size of the DG units to meet certain objectives, such as minimizing losses, maximizing power quality, or maximizing renewable energy penetration.
In the IEEE 33 Bus System, the power distribution system is represented by a network of buses, each representing a node in the system where energy is generated, consumed, or transmitted. The Matlab code can be used to simulate the operation of the system under different scenarios, such as different load patterns, different renewable energy sources, and different DG configurations.
To optimize the location and sizing of DG units in the system, the Matlab code can use an optimization algorithm, such as a genetic algorithm, particle swarm optimization, or linear programming. The optimization algorithm searches for the optimal configuration of DG units that minimizes the objective function, which represents the cost or performance metric of the system.
The Matlab code can also include constraints on the DG units, such as maximum size, maximum power output, and minimum power output. These constraints can be used to ensure that the DG units operate within their technical limits and meet regulatory requirements.
Overall, the Matlab code for the optimal location and sizing of DG units in the IEEE 33 Bus System can be used to analyze and optimize the performance of a power distribution system with distributed generation.
Power Generation Industry
Power generation is an ever-growing industry that has applications in everything from residential to commercial use. One of the most important components of power production is the generator. Generators can be stand-alone units or they may be incorporated into other systems, such as solar panels that have battery storage.
The type of generator you need will depend on your application. Standalone generators are great for producing energy at low demand times, whereas systemized generators are better when high demands for electricity exist.
In this article, we will look at one common type of distributed generation (DG) equipment – photovoltaic (PV) panels! We will also perform some mathematical analysis on a simple circuit using PV cells to determine the optimal placement and size of these cells.
We will assume that the bus bars do not affect the resistance value of the circuit so we will ignore them here. This will make our calculations much simpler because we no longer have to consider what effect they would have on the results!
IEEE grid diagram
This article will apply the theory described in previous chapters to analyze how to maximize the performance of a DG unit. To begin with, we must know where to locate the PV panel(s).
There are two main factors that influence the location of a PV array: potential cost savings and efficiency gains. The first factor evaluates whether it makes more sense to install the PV device close to the load or far away.
clc;
close all,
format short;
tic
m=load('loaddata33bus.m');
l=load('linedata33bus.m');
% m=load('loaddata69bus.m');
% l=load('linedata69bus.m');
PL_Cmp=10^7;
br=length(l);
no=length(m);
f=0;
d=0;
MVAb=100;
KVb=12.66;
Zb=(KVb^2)/MVAb;
% Per unit Values
for i=1:br
R(i,1)=(l(i,4))/Zb;
X(i,1)=(l(i,5))/Zb;
end
for i=1:no
P(i,1)=((m(i,2))/(1000*MVAb));
Q(i,1)=((m(i,3))/(1000*MVAb));
end
R;
X;
P;
Q;
C=zeros(br,no);
for i=1:br
a=l(i,2);
b=l(i,3);
for j=1:no
if a==j
C(i,j)=-1;
end
if b==j
C(i,j)=1;
end
end
end
C;
e=1;
for i=1:no
d=0;
for j=1:br
if C(j,i)==-1
d=1;
end
end
if d==0
endnode(e,1)=i;
e=e+1;
end
end
endnode;
h=length(endnode);
for j=1:h
e=2;
f=endnode(j,1);
% while (f~=1)
for s=1:no
if (f~=1)
k=1;
for i=1:br
if ((C(i,f)==1)&&(k==1))
f=i;
k=2;
end
end
k=1;
for i=1:no
if ((C(f,i)==-1)&&(k==1));
f=i;
g(j,e)=i;
e=e+1;
k=3;
end
end
end
end
end
for i=1:h
g(i,1)=endnode(i,1);
end
g;
w=length(g(1,:));
for i=1:h
j=1;
for k=1:no
for t=1:w
if g(i,t)==k
g(i,t)=g(i,j);
g(i,j)=k;
j=j+1;
end
end
end
end
g;
for k=1:br
e=1;
for i=1:h
for j=1:w-1
if (g(i,j)==k)
if g(i,j+1)~=0
adjb(k,e)=g(i,j+1);
e=e+1;
else
adjb(k,1)=0;
end
end
end
end
end
adjb;
for i=1:br-1
for j=h:-1:1
for k=j:-1:2
if adjb(i,j)==adjb(i,k-1)
adjb(i,j)=0;
end
end
end
end
adjb;
x=length(adjb(:,1));
ab=length(adjb(1,:));
for i=1:x
for j=1:ab
if adjb(i,j)==0 && j~=ab
if adjb(i,j+1)~=0
adjb(i,j)=adjb(i,j+1);
adjb(i,j+1)=0;
end
end
if adjb(i,j)~=0
adjb(i,j)=adjb(i,j)-1;
end
end
end
adjb;
for i=1:x-1
for j=1:ab
adjcb(i,j)=adjb(i+1,j);
end
end
b=length(adjcb);
% voltage current program
for i=1:no
vb(i,1)=0.99;
end
% for s=1:10
iterations = 1;
inertia = 1.0;
correction_factor = 2.0;
swarms = 50;
% ---- initial swarm position -----
swarm=zeros(50,7);
step = 1;
for i = 1 : 50
swarm(step, 1:7) = i;
step = step + 1;
end
swarm(:, 7) = 1000; % Greater than maximum possible value
swarm(:, 5) = 0; % initial velocity
swarm(:, 6) = 0 ; % initial velocity
%% Iterations
for iter = 1 : iterations
%-- position of Swarms ---
for uu = 1 : swarms;
swarm(uu, 1) = swarm(uu, 1) + swarm(uu, 5)/1.2; %update u position
swarm(uu, 2) = swarm(uu, 2) + swarm(uu, 6)/1.2; %update v position
u = swarm(uu, 1);
v = swarm(uu, 2);
for i=1:no
nlc(i,1)=conj(complex(P(i,1),Q(i,1)))/(vb(i,1));
end
nlc;
for i=1:br
Ibr(i,1)=nlc(i+1,1);
end
Ibr;
Ibr1=Ibr;
xy=length(adjcb(1,:));
for i=br-1:-1:1
for k=1:xy
if adjcb(i,k)~=0
u=adjcb(i,k);
%Ibr(i,1)=nlc(i+1,1)+Ibr(k,1);
Ibr(i,1)=Ibr(i,1)+Ibr(u,1);
end
end
end
Ibr;
Ibr2=Ibr;
%DG1
Reall = 3715;
Reactivee = 2300;
AP_Power = sqrt((Reall )^2 + (Reactivee)^2) ; % Appearent Power KVA
Penetration = 30/100 ;
AP_Power = AP_Power * Penetration;
AP_Pu = AP_Power/(1000*MVAb); % Converting to per unit
P_Factor = 0.85; % Power Factor
Real_Power = AP_Pu * P_Factor;
Rect_Power = (AP_Pu * (sin (acos (P_Factor))));
for ii=32:-1:2
DG_Location=ii;
for jj= 0:0.001:Real_Power % Take Appearent Power Power
DG_Size = complex(Real_Power,Rect_Power * (-1));
iiii=ii;
Ibr=Ibr2;
Ibr(ii,1)=DG_Size;
%
if ii <= 18
for iii= ii-1:-1:2
jjj=iii+1;
Ibr(iii,1)=Ibr(jjj,1)-Ibr1(jjj,1);
end
% if ii~=18
% bkk=1;
% for iii=ii+1:18
% bss(bkk)=Ibr1(iii,1);
% bkk = bkk + 1 ;
% end
% bss=sum(bss);
% Ibr(ii+1,1)=bss;
% for iii=ii+1:18
% jjj=ii+1;
% Ibr(iii,1)=Ibr(jjj,1)-Ibr1(jjj,1);
% end
% end
end
%
if ii >= 19 && ii <= 22
for iii= ii-1:-1:19
jjj=iii+1;
Ibr(iii,1)=Ibr(jjj,1)-Ibr1(jjj,1);
end
% if ii~=22
% bkk=1;
% for iii=ii+1:19
% bss(bkk)=Ibr1(iii,1);
% bkk = bkk + 1 ;
% end
% bss=sum(bss);
% Ibr(ii+1,1)=bss;
% for iii=ii+1:19
% jjj=ii+1;
% Ibr(iii,1)=Ibr(jjj,1)-Ibr1(jjj,1);
% end
% end
end
%
if ii >= 23 && ii <= 25
for iii= ii-1:-1:23
jjj=iii+1;
Ibr(iii,1)=Ibr(jjj,1)-Ibr1(jjj,1);
end
% if ii~=25
% bkk=1;
% for iii=ii+1:23
% bss(bkk)=Ibr1(iii,1);
% bkk = bkk + 1 ;
% end
% bss=sum(bss);
% Ibr(ii+1,1)=bss;
% for iii=ii+1:23
% jjj=ii+1;
% Ibr(iii,1)=Ibr(jjj,1)-Ibr1(jjj,1);
% end
% end
end
%
if ii >= 27
for iii= ii-1:-1:26
jjj=iii+1;
Ibr(iii,1)=Ibr(jjj,1)-Ibr1(jjj,1);
end
% bkk=1;
% if ii~=32
% for iii=ii+1:32
% bss(bkk)=Ibr1(iii,1);
% bkk = bkk + 1 ;
% end
% bss=sum(bss);
% pp=ii+1;
% Ibr(pp,1)=bss;
% for iii=pp+1:32
% Ibr(iii,1)=Ibr(pp,1)-Ibr1(pp,1);
% end
% end
end
Ibr(1,1)=Ibr(1,1) ;
Ibr(2,1)=Ibr(1,1)-Ibr1(1,1)- DG_Size;
Ibr(3,1)=Ibr(2,1)-Ibr1(2,1)-Ibr(18,1);
Ibr(4,1)=Ibr(3,1)-Ibr1(3,1)-Ibr(22,1);
Ibr(5,1)=Ibr(4,1)-Ibr1(4,1);
%%%
for i=2:no
g=0;
for a=1:b
if xy>1
if adjcb(a,2)==i-1
u=adjcb(a,1);
vb(i,1)=((vb(u,1))-((Ibr(i-1,1))*(complex((R(i-1,1)),X(i-1,1)))));
g=1;
end
if adjcb(a,3)==i-1
u=adjcb(a,1);
vb(i,1)=((vb(u,1))-((Ibr(i-1,1))*(complex((R(i-1,1)),X(i-1,1)))));
g=1;
end
end
end
if g==0
vb(i,1)=((vb(i-1,1))-((Ibr(i-1,1))*(complex((R(i-1,1)),X(i-1,1)))));
end
end
% s=s+1;
% end
nlc;
Ibr;
vb;
vbp=[abs(vb)]; % angle(vb)*(180/pi)];
for i=1:no
% va(i,2:3)=vbp(i,1:2);
va(i,2)=vbp(i,1);
end
for i=1:no
va(i,1)=i;
end
va;
Ibrp=abs(Ibr); % angle(Ibr)*180/pi];
PL(1,1)=0;
QL(1,1)=0;
% losses
for f=1:br
Pl(f,1)=(Ibrp(f,1)^2)*R(f,1);
Ql(f,1)=X(f,1)*(Ibrp(f,1)^2);
PL(1,1)=PL(1,1)+Pl(f,1);
QL(1,1)=QL(1,1)+Ql(f,1);
end
Plosskw=(Pl)*100000;
Qlosskw=(Ql)*100000;
PL=(PL)*100000;
QL=(QL)*100000;
voltage = vbp(:,1);
% angle = vbp(:,2)*(pi/180);
PL_Sum=PL+QL;
if PL_Cmp > PL_Sum
PL_Cmp = PL_Sum;
DG_Sizr=DG_Size;
DG_Loc=DG_Location;
voltr=voltage;
% angle;
PLr=PL;
QLr=QL;
Plosskwr=Plosskw;
Qlosskwr=Qlosskw;
Ibrr=Ibr;
end
[temp, gbest] = min(swarm(:, 7)); % gbest position
%--- updating velocity vectors
for vv = 1 : swarms
swarm(vv, 5) = rand*inertia*swarm(vv, 5) + correction_factor*rand*(swarm(vv, 3)...
- swarm(vv, 1)) + correction_factor*rand*(swarm(gbest, 3) - swarm(vv, 1)); % u velocity parameters
swarm(vv, 6) = rand*inertia*swarm(vv, 6) + correction_factor*rand*(swarm(vv, 4)...
- swarm(vv, 2)) + correction_factor*rand*(swarm(gbest, 4) - swarm(vv, 2)); % v velocity parameters
end
% Plotting the swarm
% clf
% plot(swarm(:, 1), swarm(:, 2), 'x'); % drawing swarm movements
% axis([-2 50 -2 50]);
% pause(.0000000000000000001)
end
end
end
end
toc;
% DG_Sizr;
DG_Sizrr=(abs(DG_Sizr))*1000*100;
%
Plosskwr(33,1)=PLr;
Qlosskwr(33,1)=QLr;
DG_Location = DG_Loc + 1;
sprintf('Power-Loss= %d KW, Power-Loss= %d KVAr' ,PLr,QLr')
sprintf('DG Location= %d , DG Power = %d KVA' ,DG_Location,DG_Sizrr')
Sr=(1:33)';
plot(m(:,1),abs(voltr));
%% EXCEL FOR DG
% %EXCEL
T =table(Sr,Plosskwr,Qlosskwr,voltr);
T(:,1:4);
excel_file = 'DG1_IEEE33.xlsx';
writetable(T,excel_file,'Sheet',1,'Range','H1');
Calculate the sizing of the distributed generation unit based on output power and voltage
The next step in calculating your system’s total cost is to determine how much energy you will need to supply during operation hours. You can use an online tool or software that has computational methods for this.
There are two main ways to do this, by using either active or reactive powers. Active power calculates the amount of electricity being used at any given moment while reactive power looks at the effect of electrical current flowing from one part of the grid to another.
By looking at both active and reactive powers it becomes clear which parts of the grid cannot easily supply power due to resistance or lack of current flow. This is where DG comes into play as they create their own internal current source to compensate!
This article will go more in-depth about these concepts but first, we must talk about voltages.
Calculate the sizing of the distributed generation unit based on output power and current
Now that you have determined how many units of DG you need, your next task is to determine what size each one should be. This step is important as it can make a difference in whether or not the system will run smoothly!
There are two main factors that influence the performance of your DGs: their active power and their reactive power. The active power is simply the power being produced by the generator, so this would be calculated using equation 2 below. The total amount of active power generated equals the demand for energy times the efficiency of the generator.
As we saw before, the load factor plays an important role in determining the demand for energy, therefore it makes sense to focus more heavily on the efficiency of the generators. Unfortunately, there are no easy ways to find these numbers online, nor do most manufacturers publish them.
Luckily, you don’t have to take our word for it! There are some free software packages such as MATLAB that allow you to simulate different systems and calculate all sorts of information, including efficiency. All you have to do is input the model of the generator and then enter its load and voltage at which it runs under normal conditions (these cannot exceed its limits) and it spits out its efficiency.
You can test several models and pick the best one by comparing the efficiencies it produces! Another way to determine the efficiency of a generator is to look up past data.
% Line data IEEE 33
1 1 2 0.0922 0.0470
2 2 3 0.4930 0.2511
3 3 4 0.3660 0.1864
4 4 5 0.3811 0.1941
4 5 6 0.8190 0.7070
6 6 7 0.1872 0.6188
7 7 8 0.7114 0.2351
8 8 9 1.0300 0.7400
9 9 10 1.0440 0.7400
10 10 11 0.1966 0.0650
11 11 12 0.3744 0.1238
12 12 13 1.4680 1.1550
13 13 14 0.5416 0.7129
14 14 15 0.5910 0.5260
15 15 16 0.7463 0.5450
16 16 17 1.2890 1.7210
17 17 18 0.7320 0.5740
18 2 19 0.2640 0.2565
19 19 20 1.5042 1.3554
20 20 21 0.4095 0.4784
21 21 22 0.7089 0.9373
22 3 23 0.4512 0.3083
23 23 24 0.8980 0.7091
24 24 25 0.8960 0.7011
25 6 26 0.2030 0.1034
26 26 27 0.2842 0.1447
27 27 28 1.0590 0.9337
28 28 29 0.8042 0.7006
29 29 30 0.5075 0.2585
30 30 31 0.9744 0.9630
31 31 32 0.3105 0.3619
32 32 33 0.3410 0.5302
% IEEE load data
1 0 0 0
2 100 60 0
3 90 40 0
4 120 80 0
5 60 30 0
6 60 20 0
7 200 100 0
8 200 100 0
9 60 20 0
10 60 20 0
11 45 30 0
12 60 35 0
13 60 35 0
14 120 80 0
15 60 10 0
16 60 20 0
17 60 20 0
18 90 40 0
19 90 40 0
20 90 40 0
21 90 40 0
22 90 40 0
23 90 50 0
24 420 200 0
25 420 200 0
26 60 25 0
27 60 25 0
28 60 20 0
29 120 70 0
30 200 600 0
31 150 70 0
32 210 100 0
33 60 40 0
Calculate the sizing of the distributed generation unit based on output power and phase angle
Now that you have determined your cost, efficiency, and reliability parameters, it is time to determine how many units of DG you need to supply energy to the grid!
The next step in determining the size of your solar panel system is calculating the amount of power generated by each module. This calculation is done via what is known as I-V curve testing. The internal voltage drop across the panels will be used to calculate their power.
We can use our earlier results as an example. If one panel produces 1kW then there will be 1000w consumed due to resistance losses within the string. This is why we needed 2kw of series resistance in our calculations before!
To find the total power produced by all strings combine them together using Ohm’s law: Ptotal = V/(I+i) where VT represents the overall string terminal voltage, IO is current through the whole circuit, and i is the internal resistance of each cell (which we already calculated). By solving this equation for IT, we get iplevel=VT/(IO + iT). Plugging these values into our initial formula gives us: Power produced = IV * ln(IPC/IT)/1000
So, if a panel was producing 5 kW then its IPC would be 5 kW / 500 radians*ln(5/0.05)=2190 ohms.
Calculate the sizing of the distributed generation unit based on output power, voltage, and current
In our previous article, we calculated the overall capacity of this system to serve as a source of electricity for your home or business. This included how much energy the battery can store as well as the solar panel’s efficiency in converting sunlight into electricity. Now that you have all those numbers it is time to calculate where each device will be located to achieve its full potential.
We are going to assume that you already determined what type of batteries would work best for your situation (lithium-ion) and what size of battery you wanted to use. You also determined whether you needed high-performance (fast charging) or more budget-friendly (slower charging) units. If not, then feel free to move on to the next section now!
We are going to focus only on calculating the optimal placement of the battery here so that it produces the most efficient amount of power. Because there are two variables, distance from the distribution bus bar and altitude, there is an infinite number of possibilities to find the optimum location. Luckily, mathematicians have created software that does this for us!
Mathematical tools such as these allow computers to perform complex calculations quickly. These types of programs vary in cost depending on who designed them, but they are worth the expense if you want perfect results every time. Some even have graphical interfaces which make it easy to manipulate the settings and run tests.
Here we will look at one such tool called Energy Analyst by Anker.
Calculate the sizing of the distributed generation unit based on output power, voltage, and phase angle
Now that you have determined how many units of DG you need to add to the system, your next step is to determine what size each one should be. This includes deciding where they will run in the grid as well as what efficiency they should have when running. This can be done easily by distributed generation Matlab simulation via the Matlab script and Simulink model.
There are two main factors that influence this: location within the distribution network and string configuration with other generators in the area. The first factor impacts cost while the second factor impacts reliability.
As we discussed before, string configurations refer to connected strings of parallel wires that produce a similar effect as having more powerful transmission lines between them. Having these types of grids reduce the risk of blackouts as there are fewer pieces needed to connect all three phases.
This also means that any losses due to resistance from connecting too many cables together can lower the overall effectiveness of the system. It is best to try and stay away from highly populated areas or stations so that the connection does not affect the surrounding infrastructure negatively.
The second factor comes into play once again by looking at the costs associated with different locations. Power plants that use natural gas typically cost around $20 per MMBTU (million British thermal units) to run, which makes it expensive to just turn off during times of low demand.
This is why some plants are paid to constantly run even when energy demands are down- they supply power for free! Since most homes now have electricity supplied through utilities, finding an appropriate place to install your own generator is important.
Compare the results of each of the above methods
It is important to remember that not only does adding distributed generation influence where you get power, but it also changes how much power you generate at any given time.
By using different locations for the DG generators, you can find different optimal solutions in terms of cost. Try experimenting with all three to see which one gives you the best balance between lower costs and more power generated during peak times.
IEEE 37 Bus System using Artificial Bee Colony
Calculate the sizing of the distributed generation unit based on power, voltage, and current using MATLAB
In this section, we will use our installed generator as an example to determine how to size your grid-connected solar panel or wind turbine. To do this, you should first know what the nominal output is for the device. This is usually given in watts (for solar) or kilowatts (for wind turbines). A watt is really just a measure of energy so one can also say that it is dependent on time multiplied by volts times amps.
So if we take the sun’s power at its zenith during the middle of summer when the rays are strongest, then we can calculate how much electricity it would produce at that moment assuming there were no clouds or other factors preventing light from reaching the surface of the panel!
We will assume 1,000 Watts is the average midday maximum power production for a typical monocrystalline silicon photovoltaic module with 25% efficiency. Since these modules have both positive and negative electrodes, they actually generate a little less than half of a full cell but we will ignore this difference for now. Also, note that since we are talking about energy here, not instantaneous power, we need to multiply by time to get actual energy generated.
Now let us look at the system parameters needed to perform these calculations. The active load is defined as the loads being powered by the DG units which include all electronics such as inverters, controllers, etc. As well as resistive losses in the wires running to the devices themselves.
Calculate the sizing of the distributed generation unit based on power, voltage, and phase angle using MATLAB
To determine how many units of DG you need to install in order to meet your demand for electricity, we first need to know what our demand is for energy.
We use an equation called the Power Demand Equation (PDE) to calculate this value. The PDE calculates the total amount of power that will be consumed by all devices connected to the grid in a given time period.
The duration of the time period used in the calculation of the PDE is usually one hour, which makes it appropriate to use when calculating the demands on an hourly or daily basis.
In our case, we are looking at the demands per month so we will have to make the time period longer. We pick one day as our time frame due to consistency. One week would also work but would require more calculations because there would be fewer data points involved.
Contact us to get the optimal placement of distributed generation Matlab code.
sir, can i get this 33 Bus System Matlab Code,plz send it
Dear sir,
Kindly send this complete code to my email id: aderisky.1980@gmail.com
This will be very useful for me.
Sent.
Hi, can you also please send this code to me in my email: jennysorbet@gmail.com thank you very much!
Hi, i am a student, and thia would very usefoul to me.
Can you please sensi this .m file also ti me?
pietroinge@gmail.com
Sent
Please, kindly send the full code also to my email address: mosesirekefe@gmail.com. thanks
Sent.
Please kindly send the complete code to arku.bright.kwame@gmail.com
Would help me a long way in my project. Thank you
Check your email.
Dear sir,
Please send this complete code to my email: letuanhoqnu@gmail.com
Thank you so much!
Sent
Hello 🙂
Can you kindly send this complete code to my email id: akmalyackob27@gmail.com?
This will be very useful for my project.
Sent.
Sent
Kindly send the code in my mail id tslsom6@gmail.com.
Sent.
sir can i get this whole progrm M file to my email id: prabudevankumarasundari@gmail.com
Check your email.
please, kindly send the code also to my email: mosesirekefe@gmail.com. Thanks
Sent
Kindly share me this Matlab. Thank you very much for your help
I sent email on your account.
sir can i get this whole progrm M file to my email id: mkpatel9027@gmail.com
Can you send me? lopezdiaz3@gmail.com
This comment has been removed by the author.
Can i please get this code to my email? fmutua.mutua@gmail.com. can anyone suggest how i can intergrate the above model with neural networks instead
your email?
check email.
your email?
check your email.
check email.
check email.
can you please send me the entire code to my emailid: realsparker111@gmail.com
I would appreciate if you send this code to me as well. My email is: dinar.orazgaliyev@nu.edu.kz Thanks in advance!
Dear sir,
Could you please send this code to my mail id prem.kamaraj@gmail.com.
This will very useful for me.
my email ikhlaskitta@gmail.com
sahz.1986@gmail.com, can you send me the code
Sir, I have subscribed your channel. Would you send me the codes, please? Thank you! My email is yaoww@whu.edu.cn
Pls send the whole GA code for 14 and 33 bus system asap
email id shivam1504@gmail.com
Can i please get this code to my email? waseemaltaf@live.com
sir can you send me this code.my mail id is lavanyasmiley17@gmail.com
check email.
check email .
check email
check email.
check email.
check email.
check email.
sir, can i get this 33 Bus System Matlab Code,plz send it
nehad.khattab88@gmail.com
can you please send me the entire code to my email
imadmidou0379@gmail.com
Im working on a master thesis for Capacitor Sizing in Placement in a Distribution Network using a Hybrid Meta heuristic technique. Id be very grateful to you if you can share the code with me on email. swaseem192003@gmail.com
check your email.
check email.
check your email .
Sir can I get this code
hi sir, can you please send me the full coding in m file ?
rexlhyong@gmail.com
your email?
Sir can you please send me the code
assertivemonk@gmail.com
Check email./
Sir please can you send me the code .isaacumoh@yahoo.com
Check email.
Sir can you send your whole program M-file to my mail liushihan97@gmail.com.
Thanks.
Check email.
sir please can you send me whole program code to my email deepakkashyup04@gmail.com
sir can you send me for the code programnto my email
04161076@itk.ac.id
Could you please send me all the program code to me asap. Thanks.
nanwanwi.nw@gmail.com
Check your email.
Could you please send me all the program code to me asap. Thanks.
amal.jenni20@gmail.com
Please also send this code to me on email id rockeysharma111@gmail.com
Check your email.
Sir send me the full MATLAB code please. My email siaufeng855@hotmail.com
Check your email.
Sir send me the full MATLAB code please. My email liujun605194@gmail.com
Check email.
sir, can I get the full MATLAB code please.My email dipu.mastar@gmail.com
Check your email.
Sir can u share the code hgkdb8916@gmail.com
Check your email.
please sir,
send me this code on my E-mail address
ieissa87@yahoo.com
Sir, can I get the full MATLAB code please. My email is lorbacani1165@gmail.com
Check your email.
sir i m doing placement of dg and dstatcom in transmission line using particle swarm optimization technique with the help of voltage stability index[which find weak bus by r/x ratio].
sir i rally need matlab code for this. i have codes but they are not executing properly and stuck and bibc and bcbv concept in matlab.
pls sir if u have the code mail on my email address:
arunimasupriya@gmail.com
sir i m doing this coding for ieee 12, 33, 69 bus. pls help me sir
Check your email.
Dear sir,
Kindly send this complete code to my email id: ahmadeid@gmail.com.
This will be very useful for me.
Matlab code
mauriciosanabria23@gmail.com
Check your email.
youcefelm71@gmail.com
Hello sir, can I get the code pls
Email: nursultan.kaiyrbekov@nu.edu.kz
Check email.
Hello, can i have this code?
my email: rezaii.hamed@gmail.com
Check email.
Sir,
Would you be so kind to send the MATLAB file for the voltage and switching status data? A code from which I can generate the data myself is also very helpful. If it is a simulink file that would be fine. My email is: lindeboom.bas@gmail.com
Thank you in advance!
sir can you send me the code. my email ID is souravkumar1566@gmail.com.
sir,
could you please give me the code at emsg.karna@gmail.com
send me the MATLAB coding for tuning PID of pv connected with grid
Your email?
Dear, Can you Please send me the code ateeqalam87@gmail.com
Check email.
Dear Sir, Can you Please send the matlab code sgk8880@gmail.com
hi sir, can you send me the code
my emal prasetyofumi@gmail.com
This comment has been removed by the author.
Dear Sir,
I will be very much thankful if you send me the MATLAB coding to my mail id: cvenkat1980@gmail.com
Sir, can I get the full MATLAB code please. My email is fatmaalgharib25@gmail.com
hi can you send me the MATLAB code my email : islam.joker001@gmail.com
can you sent to my mail id : mrbalap@gmail.com
kindly mail the code at puneet.joshi07@gmail.com
can u send your code to me?
thank you. melihcoban91@gmail.com
Hello, Can you please send me this code .
sami-67-fenerli@hotmail.com
sir can i get this whole progrm M file to my email id: meysam.lak@chmail.ir
thank you
sir can i get this whole progrm M file to my email id: meysam.lak@chmail.ir
thank you
Sir can u send this code to email { mwaqas1486@gmail.com }…
thanks in advance
Sir, can u send to me this code?? I need to using this code in my final project… thanks sir
My email: dhanrohi@gmail.com
Check your email.
sir can i get this whole progrm M file to my email id: waseemaltaf88@gmail.com
thank you
Hi Dear sir
would you send to me this code? thanks in advanced
mahdi_salmani63631@yahoo.com
Sir Can You please provide this code? My email ID: g.sravan278@gmail.com.
Thank you.
sir can i get this whole progrm M file to my email id: waqara035@gmail.com
Check email.
Dear sir,
Would you please send these m files to my e-mail: elsamanoudy14@gmail.com
Thanks in advance.
Please share the code in rehman.abdul1990@gmail.com
sir please share the matlab code
Email?
please send me the coding abdullah.harnai@gmail.com
could you please share the m-file sir, m.saad10@hotmail.com
sir can i get this whole program M file to my email id: yilongwu67@gmail.com
thank you
dear sir can you please send the matlab code on sgk8880@gmail.com
THANK YOU IN ADVANCE
Sir can you please this file with me,hadmasie@gmail.com
please share* with me!
Sir Can You please provide this code? My email ID: eng.mostafa.delbari
@gmail.com
anilkumar.palarapu@gmail.com
Sir, can you provide me code?ss8858460@gmail.com
Could you please share me the code? My email address is madalitsochikumbanje@gmail.com
Sir, could you send me the code please ? tkmb24@gmail.com
Sir please can you send me the code. Please
oscar.ivancm@gmail.com
Sir May you please send me the code. Please
Engineerwaqas406@gmail.com
sir can you send me .m file of optimazation of 33 bus system by using BFO ?
ansafzal608@gmail.com
Sir, Can you send me the complete MATLAB coding to my mail id, cvenkat1980@gmail.com
Hi Sir,
Thank you very much for your efforts and I would be appreciated if you could share the M file with me on my email: ash.alkhatib@gmail.com
Many thanks in advance
sir Can you send me the complete MATLAB coding to my mail id, muhammadajis441@gmail.com
For my last term project, i hope you send me also the code to my e-mail.
widjayangga@gmail.com
can you please send the code at smriti.agr@gmail.com
can you please send the code at eepower.yuttana2019@gmail.com
would you please provide me with m file
ninabaw37@outlook.com
Hi can you send this mfile to me
Nimakhosroshahi1994@gmail.com
Please send this code to mailumdl@gmail.com
Please forward this code to my email address mailumdl@gmail.com. Thank you
Can you please send code to mailumdl@gmail.com
Sir please provide me this code I need it.
nadirshah5586@gmail.com it's my I'd plz send me this code
Sir please send me this code on nadirshah5586@gmail.com.
dr.ahmed.sakr.1988@gmail.com
please send me code
Sir, please send methe code. My email ID is skbh47@gmail.com.
Respected sir,
Can you please send me the code for this project? my email address is kayvins@gmail.com
Thank you in anticipation
Sir, could you send me the code for optimal placement of DG in a 33 bus system. my mail ID is mos.jini@gmail.com
sir i want this code my email id is kesa.rosealiena@gmail.com
Sir if possible please send the matlab code and related matter regarding to Optimal location and sizing of DG IEEE 33 Bus System Matlab Code Explanation.
email :harisheps007@gmail.com
Sir, can you send me the matlab code for optimal allocation of DG in 33 bus system. My email is jayamindaanuradha@gmail.com
can I get the matlab code, please
m.scm86@yahoo.com
I would appreciate if you send this code to me as well. My email is: mamatjan0996@gmail.com Thanks in advance!
sir, can i get this Matlab Code,plz send it hecn@tpu.ru
sir, can i get this 33 Bus System Matlab Code?
plz send it hecn@tpu.ru
can u pls send the code at sunil.smj@gmail.com
sir, can i get this 33 Bus System Matlab Code,plz send it
jraysbhadoriya@gmail.com
SIR, CAN I GET THIS CODE,
MY MAIL IS :addalasatyam@gmail.com
SIR, CAN I GET THIS CODE,
MY MAIL IS :addalasatyam@gmail.com
Can u pls send the code to my email, saaliyu2000@gmail.com, thank you Sir
sir can i get this whole progrm M file to my email id: noorropidah@gmail.com
thank you
Hello
can you send to me too for 14 and 30 nodes
with and without DG
EMAIL: ndewiraa@yahoo.com
Dear sir,
Can you please send me this code? I need it for my final project.
My e-mail: apenava1@etf.unsa.ba
If you could also send me a code for Optimal Placement and Sizing of DG and Capacitor Banks when they are used simultaneously, I would appreciate it very much.
Thank you in advance.
Best regards.
Sir
could you please sent me the code?
ghadaelbasuony@gmail.com
sir, can i get this 33 Bus System Matlab Code,please send it in my email: phanthanhtai1601@gmail.com
can you send me the code matlab in my mail: phanthanhtai1601@gmail.com
thank you so much.
can you send me the code matlab in my mail: phanthanhtai1601@gmail.com
thank you so much.
can you send me the code matlab in my mail: phanthanhtai1601@gmail.com
thank you so much.
can you send me the code matlab in my mail: phanthanhtai1601@gmail.com
thank you so much.
can you send me the code matlab in my mail: phanthanhtai1601@gmail.com
thank you so much.
pleas sir,
can you send me this code
elmansoury_604@yahoo.com
Sir, could you email the code for the optimal size and sitting on my email id ak.email86@gmail.com
hello sir
kindly send me the code on harjeet.spuri@gmail.com
its really urgent and i need your help
thanks in advance
Sir, can you please send me this code.sir i am doing this coding for different ieee bus system. i need your help.kindly share the matlab code. thank you sir.
my email id : vijomjoy@gmail.com
May you send me a copy of m file …..mahmoudeldabah@yahoo.com
by name of sience
hello sir
can you please send me the code.
this is my email:
hadi199593@gmail.com
thanks bro
hello sir, This is very valuable. Could you please send me the code. My email address is eshkaru16@gmail.com
Sir, can i get the code for above implementation. My email id is avinash.r.kanaujiya@gmail.com
Please i need this file so much. Thank you. Ahmadabdulmumin87@gmail
Please i need this file so much. Thank you. Ahmadabdulmumin87@gmail
Kindly send me code. My email is tayakur@gmail.com.
Thanks
hello sir
could you provide me with the code
alfaysal_123@hotmail.com
thank you in advance
Hello Sir
Could you please email the matlab code to preethamgoli@gmail.com
Thanks
Hello sir, thank for special learning for matlab. May be you can give me some explain for PSO and GA algorithm for DG or Generator plant stability …please (email : zainalabidin@unisla.ac.id)
Sir, it's great explanation on DG placement in IEEE 33,
would you email the matlab code to karenkiwi019@gmail.com?
Thanks!
Sir, it's great explanation on DG placement in IEEE 33,
would you email the matlab code to karenkiwi2019@gmail.com?
Thanks!
Dear sir, can you please share the matlab code in my mail archana.narayanan88@gmail.com
Thanking you in advance
hi sir would you sent me the code please i am student
my email is :-bezuneheshetu@gmail.com
Dear sir,
Could you please send this code to my mail id naresh.ee@gmail.com.
This will very useful for me
Hello sir, please help me with the m.file for 33 bus load flow with dg. My email is gondrolluprasad@gmail.com
This comment has been removed by the author.
Can i please get the code. My email is Mahorimp4@gmail.com
May I request you to get the Matlab code please. My email ID is imran.azim89@gmail.com
Thanks in advance sir.
thank you very much for explaining, may i get the code please?
this my email: ahmedaddurat@gmail.com
sir can i get this cod.please mail it ti mlokeshm22@gmail.com
Sir I want code my email i'd is sksingh8084769311@gmail.com it's urgent.
sir this is interesting one. could i get this code please
if there please send me it
email:-bezuneheshetu@gmail.com
Sir send me the full MATLAB code please. My email indarcg@gmail.com
Sir
MATLAB code of Optimal location and sizing of DG IEEE 33 Bus System. Sir can you send me the code ??
Sir
MATLAB code of Optimal location and sizing of DG IEEE 33 Bus System. Sir can you send me the code ??
mthaher7@gmail.com
ir can you send me the code via haileelteng@gmail.com??
with best regards
sir would you send me matlab code for Optimal location and sizing of DG IEEE 33 Bus System please
email:-bezuneheshetu@gmail.com
Hello sir! please kindly send me this matlab code. my email dasinsay321@gmail.com. Thanks in advance1
Dear Sir,
I would like to have the matlab code you designed.
My email is: saifytalpur85@gmail.com
Thanks
This comment has been removed by the author.
Dear Sir,
I would like to have the matlab code you designed.
My email is:naresh.ee@gmail.com
Thanks
Hello sir, please help me with the m.file for 33 bus load flow with dg. My email is adriandaus29@gmail.com
Hello sir, please help me with the m.file for 33 bus load flow with dg. My email is adriandaus29@gmail.com
Hello sir, please help me with the m.file for 33 bus load flow with dg. My email is adriandaus29@gmail.com
Hello sir, your video is so excited.
May you help me to sent m.file 33 bus system, please!
my e-mail: mesvandy070@gmail.com
Thank you so much!
Sir,
Request to kindly send the code by email: vijayendravk@gmail.com
please send the code by mail sir.
vijayendravk@gmail.com
Dear sir,
I would like to have the matlab code for 33 bus system,
My email is eykinaj@gmail.com
Thanks.
Dear Sir,
I would like to have the matlab code you designed.
My email is: g201803600@kfupm.edu.sa
Thanks
Sir can I get this matlab Code?
My email Id is – niharpanchal257@gmail.com
Thanks
Dear Sir,
I would like to have this m-file .
My email is:sumitskr.93@gmail.com
Thank you
hello sir, could you please send the code to my email address?
z.bahari76@gmail.com
thank you.
Check your emails, please.
sir can you send me the code email: mclostavi@gmail.com
Hello!
Can i also get this file for siting and sizing of DG at 33 Distribution System. Please send at
waqasali323@gmail.com
Check email
sir can I get this whole progrm M file to my email id: roybastianginting7286@gmail.com
sir can you give me codes please?amir1995fathi@gmail.com
Hi send my email "q2050qhamidgerami@gmail.com" thanks
Hi send my email "q2050qhamidgerami@gmail.com" thanks
Can u please send me the matlab code?? i need this desperately as i am working on Optimal location and sizing of DG IEEE 33 Bus System using PSO Thanks My Email ID: syedzulfiqarraza@gmail.com
sir i want this code
hello sir can i have the code for this ? my email : bazielbachtiar.work@gmail.com thank you very much.
Hi,
Could you please send me the code.
My email is: hamzaahmad904@gmail.com
Thanks in advance.
sir, can i get this 33 Bus System Matlab Code,plz send it
My e-mail is : tebbakh.noureddine@umc.edu.dz
I am a masters student working on optimal placement of DG with PSO algorithm. I will be very grateful to you if you can share the code with me on email. mohdmustafa619@gmail.com
dear sir
can i get the full matlab code please? if possible please send me the code through haileelteng@gmail.com
thank you very much
Hi dear,
Would you please send the source code to my email?
milad.happyday@gmail.com
Thanks a lot.
I would like to have the Matlab code for optimization location and sizing of DG IEEE 33 bus system using pso.
roshanshatheezhmay@gmail.com
Thank you so much
sir, can i get "Optimal location and sizing of DG IEEE 33 Bus System" Matlab Code,please send it for me.
my email is: s.dehghan592@gmail.com
Thanks
Sir can you send me the code ??
email: ibrahimamroune7@gmail.com
Sir can you send me the code ??
email:ibrahimamroune7@gmail.com
sir, can I get the full MATLAB code please.My email is kalayredae4@gmail.com
sir, can I get the full MATLAB code please. my email is kalayredae4@gmail.com
i would like to code IEEE 30 ,1 DG size and location on my algorithm to reduce the power losses, please contact me abdullah.harnai@gmail.com,
check your email please. I have sent.
Is it please possible to have the .m file for this? up870841@myport.ac.uk
hi
email:erginkayar07@gmail.com
Hello sir! please kindly send me this Matlab code. my email mubarak77772222@gmail.com.
Thanks in advance
Can you please send me the MATLAB coding for optimal location and sizing of DG using any optimization algorithm.
mubarak77772222@gmail.com
respected sir,
please send me the code
my email id- basantuikey5@gmail.com
Sir can I get a matlab code for optimal location of static var compensator using genetic algorithm in IEEE 14 bus system
Nice explanation. Would you please send me the matlab code.
my email is:nickgiinius@gmail.com
Thank you!
Sir if possible please send the matlab code and related matter regarding to Optimal location and sizing of DG IEEE 33 Bus System Matlab Code Explanation.
Dear sir, can you give me the code j.arequipa@gmail.com , thank you.
hello sir. hope u wil b ok and good. can u provide th M file of load flow analysis and Optimal location and sizing of DG IEEE 33 Bus System Matlab Code Explanation.
thank u sir.
Email: ayubdawar617@gmail.com
Hello sir,
Can you please send me the m.file code for the regarding subject i need it as soon as possible
Thanks in advance.
My email weam0907@gmail.com
Sir if possible please send the matlab code and related matter regarding to Optimal location and sizing of DG IEEE 33 Bus System Matlab Code Explanation.
gmail-pk141094@gmail.com
thnx in advance
Sir if possible please send the matlab code and related matter regarding to Optimal location and sizing of DG IEEE 33 Bus System Matlab Code Explanation.
mail id-pk141094gmail.com
thnx in advance
i need the source code…email id is> mohd_tayyab@hotmail.com
Dear sir, can you please share the matlab code in my mail hamedissa95@gmail.com
Thanking you
sir can you please send me this code at saxenapriyanka55@gmail.com
Sir can you please mail me matlab code of optimal location and sizing of multi dg for IEEE 33 bus. I need this urgently. I would be so greatful. My email id saxenapriyanka55@gmail.com
Sir can you please mail me matlab code of optimal location and sizing of multi dg for IEEE 33 bus. I need this urgently. I would be so greatful. My email id saxenapriyanka55@gmail.com
Sir can you please mail me matlab code of optimal location and sizing of multi dg for IEEE 33 bus. I need this urgently. I would be so greatful. My email id saxenapriyanka55@gmail.com
Dear sir, please share the full matlab code in my mail
engineersuhail293@gmail.com
Sir do you mind if you send me the email as well thank you in advance
mkhalaf2211@gmail.com
Dear Sir,
I prepared MatLab code on Optimal Location and Sizing of DG for IEEE 33 bus system with the help of your Matlab online video.
I am unable to get the proper results.
Can you please rectify my code and revert me back?
I shall be highly obliged to you.
Thanking you
my email id is sackumaarc@gmail.com
sir please send the m-Files of this code on sukcool5@gmail.com…
Dear Sir, Can you please send me the MATLAB code of optimal location and sizing of DG IEEE 33 Bus System
My email address is tharangani.sec@gmail.com
Thank you.
Sir can i get this code?
haikalhamid97@gmail.com
Sir please provide me this code I need it.
arash_roohavr@yahoo.com it's my I'd plz send me this code
HI Sir, I was wondering if I could get the whole process code at amirhsn51@gmail.com!
thanks a lot in advance.
will you please send it to me at
amirhsn51@gmail.com
will you send the m.files to me plz?
and how can I optimize DG allocation using GA?
Sir could you please send me the whole code for 33 bus sytem.my email: r.r.r.12895@gmail.com
thank you
Dear
Please submit the optimal DG MATLAB code.
Tanks for ever
majidkalali%@gmail.com
Hi, can i get the code for optimal sizing and sitting of DG? My email id is smahsan91@yahoo.com
Thanks
Kindly send me the code @ smahsan91@yahoo.com
Hello sir! please kindly send me this matlab code. my email: yuge_swar@yahoo.co.in. Thank You.
Here is Mr Benjamin contact Email details,lfdsloans@outlook.com. / lfdsloans@lemeridianfds.com Or Whatsapp +1 989-394-3740 that helped me with loan of 90,000.00 Euros to startup my business and I'm very grateful,It was really hard on me here trying to make a way as a single mother things hasn't be easy with me but with the help of Le_Meridian put smile on my face as i watch my business growing stronger and expanding as well.I know you may surprise why me putting things like this here but i really have to express my gratitude so anyone seeking for financial help or going through hardship with there business or want to startup business project can see to this and have hope of getting out of the hardship..Thank You.
sir would you send me matlab code for Optimal location and sizing of DG IEEE 33 Bus System pleas
tomtasisa@gmail.com
sir would you send me matlab code for Optimal location and sizing of DG IEEE 33 Bus System pleas
tomtasisa@gmail.com
Dear Sir,
I would like to have the matlab code you designed.
My email is:tomtasisa@gmail.com
thank you
Will you please send me the code @ amirhsn51@gmail.com
thanks a lot in advance!
Did anyone work on the optimal allocation and sizing of both the DG and ESS simultaneously?
Regards
Arif
smarif110@yahoo.com
sir can i get this whole program file to my emailid:kumargiri884@gmail.com
sir can i get this code to my emailid:kumargiri884@gmail.com
sir please send the matlab code for optimal allocation of distributed energy resources in distribution system
sir i need coding for this
Sir i need the coding for this optimal placement and sizing of DG and capacitor using PSO. my mail id is kingshukroy52@gmail.com
P=bdata(:,2);
Q=bdata(:,3);
se=ldata(:,1);
re=ldata(:,2);
r=ldata(:,3);
x=ldata(:,4);
nbus=max(max(se),max(re));
nbr=nbus-1;
bPl=zeros(nbus,1);
bQl=zeros(nbus,1);
bPl=( P/bmva )*(1/1000); % In MW p.u
bQl=(Q/bmva )*(1/1000); % In MVAR p.u
bPlbefore=bPl;
bQlbefore=bQl;
% sending changed values as input argument to subfunction
[tploss,tqloss,vm,va,linelosses]=loadflowbus(bPl,bQl,se,re,r,x,nbus,bmva,bkv);
Sir Iam having error over here could you please help me.
P=bdata(:,2);
Q=bdata(:,3);
se=ldata(:,1);
re=ldata(:,2);
r=ldata(:,3);
x=ldata(:,4);
nbus=max(max(se),max(re));
nbr=nbus-1;
bPl=zeros(nbus,1);
bQl=zeros(nbus,1);
bPl=( P/bmva )*(1/1000); % In MW p.u
bQl=(Q/bmva )*(1/1000); % In MVAR p.u
bPlbefore=bPl;
bQlbefore=bQl;
% sending changed values as input argument to subfunction
[tploss,tqloss,vm,va,linelosses]=loadflowbus(bPl,bQl,se,re,r,x,nbus,bmva,bkv);
Sir iam having error over here could you please help me.
Hello sir, I am working on Optimal placement of Phasor measurement unit in IEEE 14 bus system using PSO algorithm. Sir, Can you please tell me how to write objective function and constraints in matlab code directly from the bus data. Please sir help me. thank you sir.
Hello sir, could you please if possible send me a matlab code for optimal location of a center with n servers assigned to it.
my email is abeerzak@gmail.com
Sir, could you send me this code by email?
luishenrique-kinho1@hotmail.com
Hi, Can you send the code on following email, please.
amin.abedi.2020@gmail.com
Thank you
Hi Sir,
Could you please send the matlab code for the above system
My email: atuwo21@gmail.com
Thank
Dear Sir,
I will like to have the matlab code you did.
Email: santonicsanta@gmail.com
Hello sir,
I would so much like to get this code.
Email:santonic66@yahoo.com
I am working on something similar for part of my PhD. I want to develop a model that will be adaptable for network reconfiguration. Can you pls share the codes with me. ifedayo.oladeji@aut.ac.nz or oladeji.ifedayo@gmail.com. It will aid my learning and improve my work. Thanks in advance
I am working on something similar for part of my PhD. I want to develop a model that will be adaptable for network reconfiguration. Can you pls share the codes with me. ifedayo.oladeji@aut.ac.nz or oladeji.ifedayo@gmail.com. It will aid my learning and improve my work. Thanks in advance
I am working on something similar for part of my PhD. I want to develop a model that will be adaptable for network reconfiguration. Can you pls share the codes with me. ifedayo.oladeji@aut.ac.nz or oladeji.ifedayo@gmail.com. It will aid my learning and improve my work. Thanks in advance
Would you please assist me with the matlab code.
My email is tarironcube@gmail.com
sir can i get this whole program M file to my email: tarironcube@gmail.com
Dear sir,
Thank you so much for this video! Could you please share the matlab code?
Thanks!
Email: 497389858@qq.com
sir,
can you sen me this matlab code please. my email is : meriem.mdioud@uit.ac.ma
dear sir,
could you please send me the matlab code?
my email is: bahram.beyrami@outlok.site
thanks
Sir,
can you please send the code to deepakporwal1512@gmail.com
Hello sir, i did simulation of IEEE34 Node Distribution feeder. my aim is to locate the DG in in Distribution System. so please provide me the matlab code for allocation the DG in my system… badly i need that sir. tphanindra.eee@gmail.com
Matlab code for optimal placement and sizing of DG for 33 bus
Urgent
Please
Mail id: bhojraj.lokesh@gmail.com
I need the mfile sir will you please send it to my mail
mhacibekiroglu23@gmail.com
please send me MATLAB Code at:
iasajjad@gmail.com
sir can i get this whole progrm M file to my email id: mhacibekiroglu23@gmail.com
thank you
Please can I get this code in my email bayo2k12001@yahoo.com
Sir please send me the code it will be useful in my project
My mail is: gladiatorkbt@gmail.com
Sir could u please provide me the matlab code for using pso in optimal placement and sizing of PV as per your code.my email address- cutesonu1234@gmail.com
Sir I want this file please send me my email-eeedeiva@gmail.com
can you please send me the entire code to my emailid: mathscreater@gmail.com
Dear Sir, could you please send this code to my email..
swapnilsinha008@gmail.com
Dear sir,
I would like to have Matlab code for the above program
Mail: gladiatorkbt@gmail.com
Thanks in advance
Sir can you please send me the code
mahfacemoudi61@gmail.com
Sir please send me this code on nouropport2010@gmail.com
Dear Sir,
I would like to have the matlab code that you designed, Can you please send it to the mentioned mail id.
mail id : amrithamv24@gmail.com
Dear sir,
Good job.Can you please send me the code to assist in my final year project,my id is of.loftygraceventures@gmail.com
Regards
James
Dear Sir,
Can I get the code for optimal location and sizing of DG using PSO?
Thank you
Please can I have the matlab code? Email: huntedman@icloud.com
Dear sir, can you send me matlab code for Optimal location and sizing of DG IEEE 33 Bus System to my email?
My email; kyawswarmyinthtun450241711@gmail.com
kindly send the code on rajsingh.raj0@gmail.com
Sir will you please help me by email these mfile to my mail id kbasnet818@gmail.com.
Thank you
Sir will you please send me this MATLAB code to my mail id kbasnet818@gmail.com
Thank you
Sir, can u please send me this code DG placement in 33bus system. And can you guide me regarding SVC placement as well? i shall be very thankful.
my email: murtazaiqbal621@gmail.com
hello sir can i get code and this is my harshakumargs625@gmail.com
Dear Sir
Can I get access to this code please?
Dear sir,
please help me with this code. My email is mashaija.tom@gmail.com. Thank you very much!
Please Sir can I get the code for the optimal sizing and placement of DG? My email is tyomatthew84@gmail.com
Sir can you please send me this code.
naziakhan1594@gmail.com
Hello sir
Can u please send me the code to my mail swarnaprabhapanigrahi@gmail.com
Thanks…
Sir
Can I get the matlab code to find optimal location of dg in radial distribution system using pso…
Thanks in advance
Sir Can You please provide this project?
mehmetgezr@gmail.com
Sir can you please send the full MATLAB code to my email milan164sasmal@gmail.com
plz mail me the m file for dg2 case
my email id is sumitskr.93@gmail.com
Hi sir,
could you please let me know how to formulate the distributed algorithms like sub gradient algorithm in matlab, i'm new to matlab and i dont know how to write the code. Kindly suggest me how to proceed.
Thanks
Rahul Ravi
Dear sir would you please send me the matlab code for Optimal location and sizing of DG IEEE 33 Bus System.
mail:-phani29646@gmail.com
please share me this code. thank you.
basiriamir76@gmail.com
Hi sir
please share me this code. thank you.
azer1377@yahoo.com
Dear Sir,
I would like to have the matlab code you designed.
My email is: eexme11@nottingham.ac.uk
Thanks
sir kindaly send this coding to er.sakthigokul@gmail.com
Hello sir, firstly can this code be modified as a capacitor instead of a DG?
pls email the code ..hazdieg10@gmail.com
thank you in advance
can i please get this via my email
ampaduh@gmail.com
Thank you
Sir,
Can i get your matlab code
It will be really helpful
arijitm027@gmail.com
Respected Sir,
Kindly, mail the code to
rinturockers@gmail.com
can you please send me this Matlab code Arham8688@gmail.com
Sir can you please send me the code
yoomin2046@gmail.com
Good day sir,
Thanks for sharing your knowledge on this. Sir, I would appreciate if I can get the complete m-file (Matlab code) for DG placement in distribution system using PSO.
my email is ayooluwaadeagbo@yahoo.com
Thanks in anticipation
can i get the complete file plz?
my email: aminaarshad71@gmail.com
can i get this code at aminaarshad71@gmail.com
Resp sir,
i am very impressed by your work.You have super coding skills sir. You are amazing. Sir, can you please share your code with me, my email id is pakilvish@gmail.com.
thanking you in advance sir, thankyou very much.
resp sir,
can you please share the code with me also.
email: pakilvish@gmail.com
Plz provide me this code at bilal.zhcet01@gmail.com..
Thanking you
sir can you please send me the mfile of this code..
my email – ashish_31910102@nitkkr.ac.in
Could you please send me all the program code to me asap. Thanks.
mohamedhosnymoere@gmail.com
Dear Sir can you send me the code via mohamedhosnymoere@gmail.com
with best regards
Please send the MATLAB code of PSO based DG placement in radial distribution system to bilal.zhcet01@gmail.com
Thanks for the help..
sir, can i get this 33 Bus System Matlab Code.
my email: fulbertfissou@yahoo.fr
Hello Dear Sir, Can you please send me this code on my email.
sydjarjees@gmail.com
Respected sir
I require the code used in this video.
my email id- nimishbhatt1607@gmail.com
can you please send me the matlab code for Optimal location and sizing of DG IEEE 33 Bus System.
My email id is rahulsuryavanshi@git.edu.
thank you so much
Please, could you send me the matlab code
email: asalah742@gmail.com
Thanks
Please, could you send me the matlab code
email: asalah742@gmail.com
Thanks
Please, could you send me the matlab code
email: asalah742@gmail.com
Thanks
Please, could you send me the matlab code
email: asalah742@gmail.com
Thanks
Please, could you send me the matlab code
email: asalah742@gmail.com
Thanks
Please, could you send me the matlab code
email: asalah742@gmail.com
Thanks
sir can i need the code
email id – abhirajsinghrajput@students.vnit.ac.in
Hello Sir
Could you please email the MATLAB code to khaldon603@gmail.com
Thank you
Yes Dear sir please send it to me
Thanks
Yes Dear sir
Please send it to me
nouropport2010@gmail.com
Dear Sir, can I get the MATLAB code for this? My email is muhammadharunrashid@gmail.com
sir, can you please share code of 33 bus load flow with dg.
Mail : rahul.jain.eee17@itbhu.ac.in
sir would you send me matlab code for Optimal location and sizing of DG IEEE 33 Bus System please
email:-rahul.jain.eee17@itbhu.ac.in
Hi Sir,
kindly send me matlab code on my email (ayazmehmood88@gmail.com). Thanks and regards
Please sir, e-mail it to me ahamad54542@hotmail.com
sir please mail me this code
i am mtech student, i need your guidance. this is my mail id : aryans094@gmail.com. if possible provide your contact nummber
Sir please send me DG allocation codes for 69 buses. It would be so nice if you share the complete data file.
deepak.sharma581@gmail.com
Dear sir can i get this whole program M file to my email id:shahidmastoi797@gmail.com
Dear Sir,
I would like to have the matlab code you designed.
My email is: koti1965@yahoo.com
Thanks
SIR please send me all .m file for this topic.
my mail id is aryans094@gmail.com
Dear Sir. I'm very appreciate if you could provide me the code via email baohuy0810@gmail.com
Sir,
Can u please send the Matlab code for Optimal Placement and Sizing of Distribution Generation for 33 Bus System
My Email:- Jayaprakash.menni@gmail.com
Thank You in Advance
Hello sir, thank for special learning for matlab. May be you can give me some explain for PSO and GA algorithm for DG or Generator plant stability
my email id is – av142392914@gmail.com
Sir, can i get matlab code on email:omar,neda88@gmail.com
Thank you
This comment has been removed by the author.
Hi sir can you please send the code to shahriarsaurav92@gmail.com. Thank you
Hi sir can you please send the code for "Optimal location and sizing of DG" to shahriarsaurav92@gmail.com. Thank you
dear sir,
can you send me code?
rajkumarkarki628@gmail.com
Hello sir is it possible for me to obtain the code? My email bazielbachtiar.work@gmail.com
Hello sir can you send this code. My email is tiqajalall1@gmail.com
Thank you
Dear Sir,
can i get the full matlab code? It will be very helpful for me
Email: kajalchy017@gmail.com
Sir could you send the code to sandeep.sks.1995@gmail.com
Thank you
i need this code please mail me ramnath@dstarena.com
Dear Sir,
can you send me full matlab code file for optimal sizing and location of DG for IEEE33 bus system by using PSO Algorithm? It will be very helpful. Thank you.
My Email: kajalchy017@gmail.com
if possible can you please send me the matlab code in following mail id
sandeepbiswal.uce@gmail.com
dear sir,
i would like to have matlab code for Optimal location and sizing of DG IEEE 33 Bus System. Thanks.
my email is : irfannoorhizaan@gmail.com
sir,
can u email me the matlab code for optimal placement of DG? My email address is : irfannoorhizaan@gmail.com
hello sir
could you provide me with the code
diegohazlebysoto@gmail.com
thank you in advance
sir this is interesting one. could i get this code please
if there please send me it
email:diegohazlebysoto@gmail.com
Hello sir, could you send me the code of "Optimal location and sizing of the DG IEEE 33 bus system Matlab Code Explanation" to my email please.
diegohazlebysoto@gmail.com.
It would be a great help
Hello! please kindly send me this matlab code. my email marcaalex4@gmail.com. Thanks
Sir, the video was really helpful. I would appreciate if you could send me the MATLAB codes through email adibiskandar1998@gmail.com as it would help me in my project.
Dear Mr.
Ask you to provide me with the code, my email is j.arequipa@gmail.com.
Thank you.
Dear Mr.
Ask you to provide me with the code, my email is j.arequipa@gmail.com.
Thank you.
Dear Mr.
Ask you to provide me with the code, my email is j.arequipa@gmail.com.
Thank you.
Hi sir, can you please send me the codes as it would help me in my final year studies.
It seems I have forgotten to put my email. My email is adibiskandar1998@gmail.com
can i get matlab source code pls
33 Bus System Matlab Code
Can u please sent me the code?
Mailid-kamalsengupta1958@gmail.com
could you send the matlab code to aarthi.sn@gmail.com
Can i get this code plz.
My email is parkppjjmm@gmail.com
can you send me this code of test case IEEE 33 bus to meriemmdioud@gmail.com
I would appreciate if you send this code to me as well. My email is: hussein760@gmail.com
Thanks in advance.
sir, can i get this 33 Bus System Matlab Code,plz send it.
my mail is hussein760@gmail.com
Dear Sir,
I would like to have the matlab code you designed.
My email is: noryfarksh@yahoo.com
Thanks
can i get this code? my email : dzuriyatdrive@gmail.com
i need the code please
asifnawaz825@gmail.com
sir kindly send me the matlab code for this application. My email id is gaganmeena1994@gmail.com
dear sir, i would like to have this code.can you send me in my mail: sagarikarout03@gmail.com
Do you have a spam issue on this site; I also am a blogger, and I was wondering your situation; we have created some nice methods and we are looking to exchange methods with other folks, be sure to shoot me an email if interested.
Hello just wanted to give you a quick heads up. The text in your content seem to be running off the screen in Safari. I'm not sure if this is a formatting issue or something to do with internet browser compatibility but I thought I'd post to let you know. The design and style look great though! Hope you get the problem fixed soon. Thanks
Kindly sir forward me the code
sir, can you send whole matlab code on my email= fareed903@gmail.com
cann you please send it to asfandharoon911@gmail.com
Could you please send me the above code please …samndegwa0836@gmail.com
Dear sir,
Can I get the full code for the optimal location of dg,? This is for my study purpose. Please send the code to the mail id
smkannandgl@gmail.com
Thanks in advance..
Please, would you like to send this code to my adresse mail : ali.tarraq@ensem.ac.ma
I wil be greatful.
Best regards.
sir, plz send me this code.
mail id: kavyam2398@gmail.com
Sir can you plz this code to this mail id. kavyam2398@gmail.com
Hi I need code of this video please as soon as possible. Thanks a lot.
Email: cenapk609@gmail.com
Hi I need code of this video please as soon as possible. Thanks a lot.
Email: cenapk609@gmail.com
Sir, Please send me the code on
salmanahmadiust@gmail.com
Thank you
please sir help me with this code on my emil, I want use it for IEEE-10 bus systems