Janusz Bialek

TL;DR: A novel mechanism for the simultaneous generation capacity and network reinforcement planning that considers investments in reactive power compensation and switchgear, andShadow prices owing to network constraints produced during the allocation of new capacity are used to define the most profitable investments.

TL;DR: A simple graph-theoretic justification for tree-partitioning is offered, rather than one based on the spectral analysis of network Laplacian proposed in the literature, which utilizes spectral clustering for splitting a network into tree-connected clusters.

TL;DR: A statistical model is developed to encompass the linear and non-linear relationships in the system, which can then be used to identify causes of unstable system dynamics and determine the correct course of action in rectifying a range of dynamics problems.

TL;DR: It is demonstrated that proper installation of the FACTS devices allows to do both—extend or improve the feasibility domain for the system and decrease long-term power generation cost (make cheaper generation available).

TL;DR: In this paper, a framework for analyzing cross-border power interconnection projects based on Cooperative Game Theory is presented, which not only quantify the benefits of interconnections and suggest cost-benefit allocation techniques, but also analyze the stability of the allocations, which is a crucial aspect in regions where coordination and mutual trust between countries have not been built yet.