There is no module I'm aware of that does state estimation. You could connect code implemented in Matlab to do it using the matlab link. Or you could write a module to do it. I'm sure that would be considered a valuable contribution by some, myself included.
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Thanks David! Also, is there communication network support in Gridlabd? Basically can each object exchange messages with each other? Such as from a smart meter to another smart meter?
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It depends on what you mean by "exchange messages". Objects can exchange data (at the software level). For example, controller objects 'communicate' with the auction object to provide market bids. This is managed through 'core' interfaces that allow that exchange of information between various objects.
If you need to simulate a physical communication network, then that does not exist in GLD. However, there is a parallel project linking GLD to ns3, which could meet your needs:
Is there a way to conduct state estimation process analysis using gridlabd?
There is no module I'm aware of that does state estimation. You could connect code implemented in Matlab to do it using the matlab link. Or you could write a module to do it. I'm sure that would be considered a valuable contribution by some, myself included.
Thanks David! Also, is there communication network support in Gridlabd? Basically can each object exchange messages with each other? Such as from a smart meter to another smart meter?
Stan,
It depends on what you mean by "exchange messages". Objects can exchange data (at the software level). For example, controller objects 'communicate' with the auction object to provide market bids. This is managed through 'core' interfaces that allow that exchange of information between various objects.
If you need to simulate a physical communication network, then that does not exist in GLD. However, there is a parallel project linking GLD to ns3, which could meet your needs:
http://github.com/FNCS/fncs