Re: Help on radial LV distribution network

Hi Jose, thank you for the reply. I want to keep voltage in kV, hence the 0.415. I am looking for alternatives that could allow me to run analysis without having to divide my load demand by 1000 each time. And I thought probably by changing the R+jX value, it might help. If I don't want to divide

Re: Help on radial LV distribution network

If you want to do things properly, I guess you would have to do *all* of the following: - First, MATPOWER expects baseMVA to be in MW. If you want to use a p.u. system based around Volts and 1 kW (instead of the traditional kV and 100 MW), then you need baseMVA=0.001 at the beginning of

Re: Help on radial LV distribution network

But does that means I should not divide my input power data by 1000 to make it in MW? If I do that, it won't converge. For example, these are my Power input for one time: Columns 1 through 6 1.3. 0 0 0 0 2.1.0.00120.0004

Re: Help on radial LV distribution network

Aren't I supposed to make the R and X in p.u. if I want to use them in MATPOWER? Regardless, your simulation seems to be more sensible. But, I just curious, so we don't necessarily change the R and X into p.u. values? Thanks for the response. On Wed, Oct 26, 2016 at 3:26 PM, Saranya A

Re: Help on radial LV distribution network

what name type matlab program can run this my matlab R2013a dont's run On 26 October 2016 at 07:26, Saranya A wrote: > Hi Nur, > Dont divide R and X with the voltage. I get the following power flow > without those two lines. > > > runpf('LV10') > > MATPOWER