Machine Learning and Optimization with Applications of Power System III

Dear Colleagues,

This Special Issue is focused on machine learning and optimization techniques that can be applied for power system operation, such as energy data analytics, time series energy forecasting, renewable energy markets, energy storage systems (ESS), microgrids, and distribution networks. Modern power systems face new challenges due to the high penetration of renewable generation, and thus, prediction and control are essential for grid reliability. Thanks to the massively deployed energy IoT sensors and energy big data, machine learning, including deep learning, is being actively applied to predict renewable generation and electric loads. The accurate forecasting of PV and wind power is also of prime importance for strategic bidding in renewable energy markets. Deep learning techniques including recurrent neural networks (RNN), long short-term memory (LSTM), and convolution neural networks (CNN) are expected to improve the prediction accuracy of time series energy data.

Nevertheless, forecasting errors are unavoidable, and mitigating the variability of the grid requires other techniques. Indeed, ESS plays a key role in controlling the grid under volatile generation and loads and is widely deployed for peak cut frequency regulation, bidding in renewable energy markets, demand response, etc. Multiple small-scale ESS units can also be aggregated and collectively controlled as one virtual unit. Finally, it is desirable to optimally operate distribution networks and/or microgrids with the aforementioned distributed energy resources; optimal power flow possibly combined with peer-to-peer energy trading is also of great interest.

In this Special Issue, new theoretical and/or practical research results using machine learning and optimization techniques with the application of power systems are solicited. Pilot programs and field tests considering regional requirements are also welcome. The preferred topics include but are not limited to:

Energy data analytics and forecasting;

Deep learning (RNN, LSTM, CNN, etc.) for load and renewable generation prediction;

Deep reinforcement learning for stochastic control;

ESS operation considering uncertainty, frequency regulation, demand response, and/or battery degradation;

Demand response;

Energy bidding and game theory in renewable energy markets;

Pilot programs and field tests;

Microgrid optimization and simulator development;

Optimal power flow in distribution networks;

Virtual power plants.

Prof. Dr. Hongseok Kim
Guest Editor

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