, Shrirang G. lt;abhy...@anl.govgt;
Sent: Fri, 14 Aug 2015 02:28:21
To: MATPOWER discussion forum lt;matpowe...@list.cornell.edugt;
Subject: Re: PV curve using CPF
MATPOWER’s CPF, by default, uses a pseudo arclength parameterization that takes
a step in the tangent space of the PV curve
...@gridquant.com
Sent: Mon, 10 Aug 2015 18:53:11
To: MATPOWER discussion forum matpowe...@list.cornell.edu
Subject: Re: PV curve using CPF
Shruti is right, the value you obtain for lambda is valid for all the
network, since voltage collapse is a global phenomenon (in other words,
you';ll see a nose point
...@list.cornell.edugt;
Subject: Re: PV curve using CPF
Lambda interpolates between the [P_base, Q_base]nbsp; andnbsp; [P_target,
Q_target] vectors of your choice, so therefore the relationship between the
lambda stepsize and the actual power increase on the buses depends on that.
--
Jose L. Marin
Gridquant
...@list.cornell.edu
Date: Thursday, August 13, 2015 at 5:45 AM
To: matpowe...@list.cornell.edumailto:matpowe...@list.cornell.edu
matpowe...@list.cornell.edumailto:matpowe...@list.cornell.edu
Subject: Re: PV curve using CPF
It mean my system base case_P is 100 MW and reaches to 200 MW at nose point
discussion forum lt;matpowe...@list.cornell.edugt;
Subject: Re: PV curve using CPF
Shruti is right, the value you obtain for lambda is valid for all the network,
since voltage collapse is a global phenomenon (in other words, you';ll see a
nose point at the same value of lambda regardless of which
discussion forum matpowe...@list.cornell.edu
Subject: Re: PV curve using CPF
I donⴠquite understand your question, can you please elaborate.
The maximum value of loading scaling parameter ᬡmbda⠧ives a measure of how
much power can be transferred for a given transfer direction. So, lambda
;abhy...@anl.govgt;
Sent: Fri, 07 Aug 2015 22:31:31
To: MATPOWER discussion forum lt;matpowe...@list.cornell.edugt;
Subject: Re: PV curve using CPF
I donⴠquite understand your question, can you please elaborate.
The maximum value of loading scaling parameter ᬡmbda⠧ives a measure of how much
...@list.cornell.edu
Subject: Re: PV curve using CPF
I donⴠquite understand your question, can you please elaborate.
The maximum value of loading scaling parameter ᬡmbda⠧ives a measure of how
much power can be transferred for a given transfer direction. So, lambda is
also a measure of the nose point
I don’t quite understand your question, can you please elaborate.
The maximum value of loading scaling parameter ‘lambda’ gives a measure of how
much power can be transferred for a given transfer direction. So, lambda is
also a measure of the nose point for the whole network.
Shri
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