Sir, Thanks for your response. My intention of being able to "decouple the system into multi areas" is that, for example, converting the case118 data into the areas (as you have mentioned, grouping of buses) with reference to the attached figure. So, my question is that, Can we prepare a program to do that? If yes, then what would be the algorithm, can you please suggest?.
-- with Regards ---------------------------------------------------- Gelli Ravikumar Research Scholar (Ph.D), Field Computations Lab, Dept. of Electrical Engineering, IIT Bombay, Powai, Mumbai 400076 Ph: 022-2576 4424, 089 765 983 96 Gandhian Young Technological Innovation Award - 2013 POSOCO Power System Award: PPSA - 2013 IITB PhD Executive Member - 2013-14 IITB SARC Core Technical Member - 2014-15 On Mon, Oct 27, 2014 at 10:18 PM, Ray Zimmerman <[email protected]> wrote: > I don’t have time to read the paper, so I’m not sure what the definition > of “area” is in this context, but you can certainly assign buses to > whatever definition of non-overlapping areas you choose. This has no effect > on the physical system, however, and is just essentially a grouping and > labeling convention that could be useful for certain applications. So, I’m > not quite sure what you mean by being able to “decouple the system into > multi areas”. > > Ray > > > > On Oct 24, 2014, at 10:54 PM, Gelli Ravikumar < > [email protected]> wrote: > > > > Dear Sir/s, > > > > In the literature, I have found a paper titled "Multiarea State > Estimation Using Synchronized Phasor Measurements", attached for your kind > perusal. I'm trying to implement the IEEE 118 case system in accordance > with the methodology proposed in the paper. But, I''m finding difficulties > in developing a program (matlab based) for decoupling the case118.m > (ref:MatPower) system into multi area system as mentioned in the paper. In > the paper, Fig. 6 directly shows the multi area depiction of the case 118 > system. Can anyone help me on how to prepare an algorithm so that, we can > decouple the system into multi areas. Or else, Is there any provision in > the MatPower to identify multi-areas in a system as mentioned in the paper. > > > > > > > > > > -- > > with Regards > > ---------------------------------------------------- > > Gelli Ravikumar > > Research Scholar (Ph.D), > > Field Computations Lab, > > Dept. of Electrical Engineering, > > IIT Bombay, Powai, Mumbai 400076 > > Ph: 022-2576 4424, 089 765 983 96 > > > > Gandhian Young Technological Innovation Award - 2013 > > POSOCO Power System Award: PPSA - 2013 > > IITB PhD Executive Member - 2013-14 > > IITB SARC Core Technical Member - 2014-15 > > > > > > <Multi area state estimation using synchronized phasor measurements.pdf> > > > >
