If you want to see the effect of changing X on the flow in a line, you will
have to keep everything else constant. So you probably want to just run a power
flow, not an OPF. In your case, there is 180 MW of curtailable load at the end
of a branch with 170 MVA capacity, so the curtailable loads will always be
“dispatched” by an OPF to the capacity of the line.
Ray
> On Apr 19, 2017, at 11:57 PM, Eng. HAMZA <habun...@gmail.com> wrote:
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> Greetings,
>
> I am Hamza, a PhD student at USM - Malaysia. I am doing a reliability study
> of FACTS devices. First, I would like to thank Mr. Ray D. Zimmerman for
> creating the awesome tool-Matpower.
>
> I have tried to model TCSC using matpower, however, I have faced a serious
> obstacle which is as follows:
> according to this equation: the power transmitted is
> <WhatsApp Image 2017-04-08 at 11.46.43 AM.jpeg>
> Lets say, if the rating of a branch is 200 MW, when I decrease X of this
> branch, the power flow doesn't exceed the branch rating which is defined in
> the case code. how can I make the power flow of this branch responds to the
> decreasing of X.
>
> Please find the attachments for more explanation.
>
>
> I appreciate you valuable time and effort to explain this point to me.
>
> Yours truly,
>
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> <x-msg://30/#m_-7282317954883821616_>
> ᐧ
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> <https://mailtrack.io/>Sent with Mailtrack
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> ᐧ
> <HMZ_TCSC_code1.m><HMZ_TCSC_case.m>
