Seyyed Ahmad Hosseini

• Doctor of Engineering
• PostDoc Position at University of Mons

Day-ahead wind power forecast (DWPF) is an indispensable component for accommodating wind energy in power systems. Traditional DWPF models focus on providing information, merely, around the average wind power for day-ahead periods. This paper goes beyond the traditional approach and formulates a DWPF problem that renders information on intra-period...

The current wind farm control schemes qualify wind power producers (WPPs) to provide balancing services in complement to energy in modern electricity markets. Accordingly, WPPs are responsible for real-time deviations in both energy and reserve market floors, which are settled at different time scales. WPPs should adjust their output to cope with f...

This paper presents a novel approach to estimate modal parameters of power systems for monitoring and analyzing the embedded modes of small signal oscillations. The proposed approach applies continuous wavelet transform (CWT) to identify damping and frequency of critical modes based on its time-frequency localization capability. The CWT has modifie...

The current evolutions in electricity market policies combined with the technical progress in wind farm control encourage Wind Power Producers (WPPs) to participate in the joint day-ahead energy and reserve market (JERM). In this paper, an advanced bidding strategy dedicated to optimal dispatch of the WPP in the JERM is proposed. The suggested stra...

Transmission congestion management plays a key role in deregulated energy markets. To correctly model and solve this problem, power system voltage and transient stability limits should be considered to avoid obtaining a vulnerable power system with low stability margins. Congestion management is modeled as a multi-objective optimization problem in...

Wind power has emerged as a clean alternative to traditional power production, with a significant increase in its installed capacity observed over the past decade. In numerous regions, wind power producers are now afforded the opportunity to participate in day-ahead energy and reserve markets. In this context, the wind turbines can provide ancillar...

In the rapidly evolving electricity market, wind energy portfolios are increasingly incentivized to actively participate in both the energy and reserve markets, driven by policy changes and advancements in wind farm control technology. This thesis empowers wind energy portfolios with the required decision framework to effectively engage in day-ahea...

Electricity markets around the world are opening up to a greater contribution from wind power producers (WPPs). In this regard, WPPs are incentivised to participate in both energy and reserve market floors while being responsible for real-time deviations from their submitted bids. Therefore, despite uncertainties in wind speed and system frequency,...

In light of the latest technological achievements in wind farm control, wind power producers (WPPs) are motivated to participate in the joint day-ahead energy and reserve market (JERM) so as to obtain additional revenue by offering ancillary services. However, their expected profit is potentially affected by fast fluctuations of the available win...

URL http://modelling.journals.semnan.ac.ir/browse.php?a_code The small signal rotor anThe small signal rotor angle stability which is called the small signal stability is an important issue in planning and operation of power systems. This type of stability is analyzed in four categories which include local, inter-area, control and torsional oscilla...

Small-signal rotor angle stability, also known as small-signal stability, is an important issue for power system operation. This stability is associated with inter-area, local, control, and torsional oscillations. To cope with it, the type and main drivers of the oscillations should be determined. In this way, the system operators can plan more eff...

Small signal rotor angle stability is an important issue for power system operation and planning. This stability is associated with inter-area, local, control, and torsional oscillations. Participation factors of generators in the dominant modes, frequency of the oscillations, and their damping ratio should be determined in order to cope with this...