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A collaborative project on studying and modeling the effect of various parameters and variables on the stability of a smart power network by using a data-driven machine-learning framework.

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Stability prediction in smart grids

A project on studying and modeling the effect of various parameters and variables on the stability of a smart power network by using a data-driven machine-learning framework.

Project members

Ajay Krishna and Danilo Giarlini

Sources

Data source: https://archive.ics.uci.edu/ml/datasets/Electrical+Grid+Stability+Simulated+Data+

Source paper: https://arxiv.org/pdf/1508.02217.pdf

Problem statement

Given a data set that contains n number of independent variables (input features), predict the stability value (output feature). Based on the relation between the input features and the stability value, provide some insights/tips on selecting/controlling the input features such that the insatbility issue may be reduced.

Questions answered

  • What is stability?
  • What are the input features?
  • How can we evaluate the stability/instability based on the input features?
  • Can we predict stability with less number of input variables?

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A collaborative project on studying and modeling the effect of various parameters and variables on the stability of a smart power network by using a data-driven machine-learning framework.

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