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A New Approach for Long-Term Stability Estimation Based on Voltage Profile Assessment for a Power Grid
(IEEE, 06.03.2023)
articleLoad flow solutions refer to the steady-state stability of power systems and have a crucial role in the design and planning of slow-changing elements; e.g., in online tab changing actions, automatic generation control, ... -
A New Control Strategy for Harmonic Mitigation Using Open UPQC in Modern LV Networks
(IEEE, 21.11.2019)
articleThe higher penetration of both renewable generation units and nonlinear loads is leading to higher levels of harmonics in microgrids and modern distribution systems. Accordingly, the operation of the sensitive loads in the ... -
A new framework for electricity price forecasting via multi-head self-attention and CNN-based techniques in the competitive electricity market
(Elsevier, 23.08.2023)
articleDue to recent technical improvements, the smart grid has become a feasible platform for electricity market participants to successfully regulate their bidding process based on demand-side management (DSM) perspectives. At ... -
A New Hybrid Fuzzy-Stochastic Model for Day-ahead Scheduling of Isolated Microgrids
(IEEE, 25.09.2023)
articleScenario-based stochastic programming (SBSP) methods have been used broadly to cope with power system operation and planning uncertainties. For SBSP, probability density functions (PDFs) of uncertain parameters must be ... -
A New Impedance-Based Main and Backup Protection Scheme for Active Distribution Lines in AC Microgrids
(MDPI, 06.01.2021)
articleMicrogrids active characteristics such as grid-connected or islanded operation mode, the distributed generators with an intermittent nature, and bidirectional power flow in active distribution lines lead to malfunction of ... -
A New Load Shedding Scheme with Consideration of Distributed Energy Resources Active Power Ramping Capability
(17.06.2021)
articleThis paper presents a novel load shedding scheme with consideration of the active power ramping capability of Distributed Energy Resources (DERs) to address the challenges due to low inertia and diverse types of DERs in ... -
A New Local Market Structure for Meeting Customer-Level Flexibility Needs
(IEEE, 22.09.2020)
articleFlexibility issues are the main problems arising from the high injection of renewables and distributed energy resources. In order to solve this problem, flexibility potential of distribution-located flexible energy resources ... -
A non-cooperative decentralized model for Volt-VAr optimization of active distribution networks with multiple AC and DC microgrids
(Elsevier, 25.07.2023)
articleVolt-VAr optimization (VVO) is an important issue for distribution network operators in active distribution networks with a number of AC and DC microgrids. This paper introduces a coordinated decentralized framework with ... -
A novel combined evolutionary algorithm for optimal planning of distributed generators in radial distribution systems
(MDPI, 17.08.2019)
articleIn this paper, a novel, combined evolutionary algorithm for solving the optimal planning of distributed generators (OPDG) problem in radial distribution systems (RDSs) is proposed. This algorithm is developed by uniquely ... -
A novel comprehensive energy management model for multi-microgrids considering ancillary services
(The Institution of Engineering and Technology, 11.10.2022)
articleThis article proposes a novel comprehensive multi-layer power management system (PMS) along with its smart distribution network (SDN) constraints as bi-level optimization to address the participation of multi-microgrids ... -
A novel energy management framework incorporating multi-carrier energy hub for smart city
(IET, 12.05.2022)
articleThe development of advanced and intelligent measurement instruments in recent years has increased the intelligence of modern energy systems, especially power systems. Besides, with the advancement of energy conversion ... -
A novel energy management model among interdependent sections in the smart grids
(IET, 29.11.2022)
articleTechnically, residential energy management systems are fundamental sectors in the smart grids for implementing demand response programs in the layer of households for managing energy consumption and reducing energy bills. ... -
A Novel Evolutionary-Based Deep Convolutional Neural Network Model for Intelligent Load Forecasting
(IEEE, 12.03.2021)
articleThe problem of electricity load forecasting has emerged as an essential topic for power systems and electricity markets seeking to minimize costs. However, this topic has a high level of complexity. Over the past few years, ... -
A Novel Multi-Criteria Decision-Making Framework in Electrical Utilities Based on Gray Number Approach
(IEEE, 17.11.2022)
articleGiven the current trend of reviving the power system, which is considered by competitive markets, the privatization of the power system is forcing them to develop the necessary decision-making policies from a technical and ... -
A novel switched model predictive control of wind turbines using artificial neural network-Markov chains prediction with load mitigation
(Elsevier, 03 / 2022)
articleThe existing model predictive control algorithm based on continuous control using quadratic programming is currently one of the most used modern control strategies applied to wind turbines. However, heavy computational ... -
A Parallel Fast-Track Service Restoration Strategy Relying on Sectionalized Interdependent Power-Gas Distribution Systems
(IEEE, 08.06.2022)
articleIn the distribution networks, catastrophic events especially those caused by natural disasters can result in extensive damage that ordinarily needs a wide range of components to be repaired for keeping the lights on. Since ... -
A Peer-to-Peer Energy Trading Framework for Wind Power Producers With Load Serving Entities in Retailing Layer
(IEEE, 05.01.2021)
articleThis article proposes a peer-to-peer (P2P) energy trading framework for wind power producer (WPP) in the retailing layer to increase its revenue and to promote wind power utilization. In this framework, the WPP can provide ... -
A Petri net model for optimization of inspection and preventive maintenance rates
(Elsevier, 01.12.2022)
articleDegradation of power system components can be reduced through preventative maintenance. In addition, optimizing inspection and preventive maintenance rates is of great importance since too little or an excessive amount of ... -
A regret-based stochastic bi-level framework for scheduling of DR aggregator under uncertainties
(Institute of Electrical and Electronics Engineers (IEEE), 23.01.2020)
articleA regret-based stochastic bi-level framework for optimal decision making of a demand response (DR) aggregator to purchase energy from short term electricity market and wind generation units is proposed. Based on this model, ... -
A Resiliency-oriented Optimal Operation of Microgrids Considering Electric Vehicles
(IEEE, 19.07.2023)
articleThe sharp increase in renewable energy generation and the number of electric vehicles enhance power systems’ modernization, decarbonization, and decentralization. As a result, microgrids (MGs) with renewable energy integration ...
