IEEE 14 bus Power flow code

Hi Anybody can send me the IEEE 14 bus power flow program.

Yunus

[kalana agampodi]

https://www.mathworks.com/matlabcentral/answers/23781-ieee-14-bus-power-flow-code#comment_1771566

Chech the link. I complited it and also did fast decoupled power flow, Q limits cotrol by using Newton Raphson and using Crout's method.

Answer 1

[Muruganandham Subramanian]

function [baseMVA, bus, gen, branch, areas, gencost] = case14

%%system MVA base
baseMVA = 100;

%%bus data
%  bus_i  type  Pd  Qd  Gs  Bs  area  Vm  Va  baseKV  zone  Vmax  Vmin
bus = [
  1  3  0  0  0  0  1  1.06  0  0  1  1.06  0.94;
  2  2  21.7  12.7  0  0  1  1.045  -4.98  0  1  1.06  0.94;
  3  2  94.2  19  0  0  1  1.01  -12.72  0  1  1.06  0.94;
  4  1  47.8  -3.9  0  0  1  1.019  -10.33  0  1  1.06  0.94;
  5  1  7.6  1.6  0  0  1  1.02  -8.78  0  1  1.06  0.94;
  6  2  11.2  7.5  0  0  1  1.07  -14.22  0  1  1.06  0.94;
  7  1  0  0  0  0  1  1.062  -13.37  0  1  1.06  0.94;
  8  2  0  0  0  0  1  1.09  -13.36  0  1  1.06  0.94;
  9  1  29.5  16.6  0  19  1  1.056  -14.94  0  1  1.06  0.94;
  10  1  9  5.8  0  0  1  1.051  -15.1  0  1  1.06  0.94;
  11  1  3.5  1.8  0  0  1  1.057  -14.79  0  1  1.06  0.94;
  12  1  6.1  1.6  0  0  1  1.055  -15.07  0  1  1.06  0.94;
  13  1  13.5  5.8  0  0  1  1.05  -15.16  0  1  1.06  0.94;
  14  1  14.9  5  0  0  1  1.036  -16.04  0  1  1.06  0.94;
];

save baseMVA baseMVA;
save bus bus;

%%generator data
%  bus  Pg  Qg  Qmax  Qmin  Vg  mBase  status  Pmax  Pmin
gen = [
  1  232.4  -16.9  10  0  1.06  100  1  332.4  0;
  2  40  42.4  50  -40  1.045  100  1  140  0;
  3  0  23.4  40  0  1.01  100  1  100  0;
  6  0  12.2  24  -6  1.07  100  1  100  0;
  8  0  17.4  24  -6  1.09  100  1  100  0;
];
save gen gen;

%%branch data
%  fbus  tbus  r  x  b  rateA  rateB  rateC  ratio  angle  status
branch = [
  1  2  0.01938  0.05917  0.0528  9900  0  0  0  0  1;
  1  5  0.05403  0.22304  0.0492  9900  0  0  0  0  1;
  2  3  0.04699  0.19797  0.0438  9900  0  0  0  0  1;
  2  4  0.05811  0.17632  0.034  9900  0  0  0  0  1;
  2  5  0.05695  0.17388  0.0346  9900  0  0  0  0  1;
  3  4  0.06701  0.17103  0.0128  9900  0  0  0  0  1;
  4  5  0.01335  0.04211  0  9900  0  0  0  0  1;
  4  7  0  0.20912  0  9900  0  0  0.978  0  1;
  4  9  0  0.55618  0  9900  0  0  0.969  0  1;
  5  6  0  0.25202  0  9900  0  0  0.932  0  1;
  6  11  0.09498  0.1989  0  9900  0  0  0  0  1;
  6  12  0.12291  0.25581  0  9900  0  0  0  0  1;
  6  13  0.06615  0.13027  0  9900  0  0  0  0  1;
  7  8  0  0.17615  0  9900  0  0  0  0  1;
  7  9  0  0.11001  0  9900  0  0  0  0  1;
  9  10  0.03181  0.0845  0  9900  0  0  0  0  1;
  9  14  0.12711  0.27038  0  9900  0  0  0  0  1;
  10  11  0.08205  0.19207  0  9900  0  0  0  0  1;
  12  13  0.22092  0.19988  0  9900  0  0  0  0  1;
  13  14  0.17093  0.34802  0  9900  0  0  0  0  1;
];
save branch branch;

%%-----  OPF Data  -----%%
%%area data
areas = [
  1  1;
];

%%generator cost data
%  1  startup  shutdown  n  x1  y1  ...  xn  yn
%  2  startup  shutdown  n  c(n-1)  ...  c0
gencost = [
  2  0  0  3  0.0430293  20  0;
  2  0  0  3  0.25  20  0;
  2  0  0  3  0.01  40  0;
  2  0  0  3  0.01  40  0;
  2  0  0  3  0.01  40  0;
];

return;

this is the data file. you just try it for powerflow solution...

[Mohammad Yunus Ali]

Thanks for Data file

I need also Power flow solution code. Please help me.

[Walter Roberson]

Was this code copied from the MATLAB File Exchange? If so then the power flow code is there.

[jasmin donga]

plz send me the 14 bus system simulation model file in [e-mail]

[Walter Roberson]

https://www.mathworks.com/matlabcentral/fileexchange/54674-power-flow-analysis--using-gauss-seidel-method--for--n--buses

[ezekiel gandham]

plz send b coefficients for ieee14 bus 5units, ieee39 bus 10 units and ieee30 bus 6 unit systems to [e-mail]

[asmaa nasef]

plz send b coefficients for ieee14 bus 5units to [e-mail]

[Emmanuel Codjoe]

plz send the power flow matlab code to [e-mail]

[kalana agampodi]

https://www.mathworks.com/matlabcentral/answers/23781-ieee-14-bus-power-flow-code#comment_1771566

Answer 2

[POORNIMA JAYAPRAKASH]

Thanks for Data file I need also Power flow solution code. Please help me .....

Answer 3

[Sonu Kumar Bairwa]

any one can send me matlab code for optimal pmu placement by using integer linear programming for line outage and normal condition case. please help me. please send code on gmail [e-mail]

[Walter Roberson]

Yes, I recognize that as a project that gets assigned every couple of years, so there is someone in the world who has programmed it in the past. If you could find someone who had already programmed it, and you could convince them to share the code with you, you would be all set. It is possible.

However, in practice... it is probably going to take you longer to find someone who has already done the work and convince them to share the code with you, then it would take you to program it yourself.

[kalana agampodi]

https://www.mathworks.com/matlabcentral/fileexchange/100326-14-bus-power-flow-project

[kalana agampodi]

Check out the link I send I completed it.

I used Newton Raphson to get it to converge and also used fast decoupled power flow analysis and Q limit control.

Let me know if you have questions.

Good luck!!