This paper first reviews today's hierarchical control and highlights modelling and control
assumptions which may no longer hold in the changing electric energy systems. To …

In this paper, we formulate for the first time an interactive input-output (IO) distributed control
problem in dynamic energy state space. The primary difficulty in distributed control problem …

This paper introduces an advisory software tool that utilities can use to ensure reliable and
resilient power supply and delivery. This is done by computing implementable energy and …

In this paper we derive a unifying multi-energy system model to represent dynamics of
interactions between its gas, water and electricity network components. We conceptualize …

This thesis is motivated by the renewed need to understand and control the dynamics of
reactive power in the electrical energy systems. Of particular interest are the dynamical non …

The power interactions of any component in electric energy systems with the rest of the
system happen naturally, as governed by the energy conservation principles. There may …

This paper concerns modeling, simulations and control design of turbo-electric distributed
propulsion (TeDP) systems needed to power future hybrid aircraft systems. The approach …

Large-scale computing, including machine learning (MI) and AI, offer a great promise in
enabling sustainability and resiliency of electric energy systems. At present, however, there …

This paper addresses the problem of designing optimal distributed control in the changing
electric energy systems. We aim to improve the aggregated reactive power inefficiency of …

представлены базовая формула и универсальная табличная форма для разработки
структурно-функциональных моделей больших технических систем. В методе учтены …