I have used the power curve of wind turbine and frequency distribution curves.
I do not understand what is your exact problem.
I think that your code will be more efficient if you remove de loop for.
Try this
v=0:.1:25;
rho=1.23;
A=8459;
p=.5*rho*A*(v.^3)
plot(v,p, 'r')
xlabel('velocity(m/s)')
ylabel('power(kw)')
v=0:.1:25;
rho=1.23;
A=8459;
for i=1:length(v)
p(i)=.5*rho*A*(v(i).^3)
end
plot(v,p, 'r' 3)
legend('velocity(m/s)', 'power(kw)')
I do not understand what is your exact problem.
I think that your code will be more efficient if you remove de loop for.
Try this
v=0:.1:25;
rho=1.23;
A=8459;
p=.5*rho*A*(v.^3)
plot(v,p, 'r')
xlabel('velocity(m/s)')
ylabel('power(kw)')
but what if Cp value is also random variable then there will be more than one random variable in equation.
- Badges
- Science topic