Searched for: contributor%3A%22Palensky%2C+Peter+%28editor%29%22
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Liu, Y. (author), Semertzis, I. (author), Stefanov, Alexandru (author), Palensky, P. (author)
The security issues of Cyber-Physical power Systems (CPS) have attracted widespread attention from scholars. Vulnerability assessment emerges as an effective method to identify the critical components and thus increase the system resilience. While efforts have been made to study the vulnerability features of power systems under the occurrence...
conference paper 2021
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Robledo, C.B. (author), Poorte, M.J. (author), Mathijssen, H.H.M. (author), van der Veen, R.A.C. (author), van Wijk, A.J.M. (author)
Fuel Cell Electric Vehicles (FCEVs) in combination with green hydrogen (obtained from renewable sources), could make a significant contribution in decarbonizing the European transport sector, and thus help achieve the ambitious climate goals. However, most vehicles are parked for about 95% of their life time. This work proposes the more...
book chapter 2019
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Rostampour, Vahab (author), ter Haar, Ole (author), Keviczky, T. (author)
This work presents a solution method for a day-ahead stochastic reserve scheduling (RS) problem using an AC optimal power flow (OPF) formulation. Such a problem is known to be non-convex and in general hard to solve. Existing approaches follow either linearized (DC) power flow or iterative approximation of nonlinearities, which may lead to...
book chapter 2019
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Lahaye, D.J.P. (author), Vuik, Cornelis (author)
The load flow equations express the balance of power in an electrical power system. The power generated must equal the power consumed. In the AC time-harmonic case, the load flow equations are non-linear in the voltage phasors associated with the nodes in the network. The development of future power systems urgently requires new, highly...
book chapter 2019
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Çetinay Iyicil, H. (author), Koc, Y. (author), Kuipers, F.A. (author), Van Mieghem, P.F.A. (author)
Direct connections between nodes usually result in efficient transmission in networks. Such electric power transmission is governed by physical laws, and an assessment purely based on direct connections between nodes and shortest paths may not capture the operation of power grids. Motivated by these facts, in this chapter, we investigate the...
book chapter 2019
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Grammatico, S. (author)
We address the problem to control the charging schedules in a large population of plug-in electric vehicles, considered as heterogeneous noncooperative agents, with different strongly convex cost functions weakly coupled by a common pricing signal, convex charging constraints, e.g. plug-in times, deadlines and capacity limits. We assume a...
book chapter 2019
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Rostampour, Vahab (author), Wayan Wicak Ananduta, Wayan Wicak (author), Keviczky, T. (author)
This work presents a distributed stochastic energy management framework for a thermal grid with uncertainties in the consumer demand profiles. Using the model predictive control (MPC) paradigm, we formulate a finite-horizon chance-constrained mixed-integer linear optimization problem at each sampling time, which is in general non-convex and hard...
book chapter 2019
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López, Claudio (author), Cvetkovic, M. (author), van der Meer, A.A. (author), Palensky, P. (author)
The complexity of energy systems increases as more renewable generation and energy storage technologies are added to the grid. Diverse energy carriers are becoming interconnected and the grids are getting reliant on communication networks for timely operation. The arising complexity is difficult to model with the existing mathematical models and...
book chapter 2019
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Naglic, M. (author), Joseph, A. (author), Pan, K. (author), Popov, M. (author), van der Meijden, M.A.M.M. (author), Palensky, P. (author)
The situational grid awareness is becoming increasingly important for power system operations due to smaller operational margins, wide range of uncertainties entailed by renewables and highly critical infrastructure failures due to potential cyber-attacks. In this chapter, we look at some of the state-of-the-art technologies to monitor events in...
book chapter 2019
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de Nijs, F. (author), de Weerdt, M.M. (author), Spaan, M.T.J. (author)
Demand response refers to the concept that power consumption should aim to match supply, instead of supply following demand. It is a key technology to enable the successful transition to an electricity system that incorporates more and more intermittent and uncontrollable renewable energy sources. For instance, loads such as heat pumps or...
book chapter 2019
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