Welcome to Dr. Seyed Amir Hosseini

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Office : Electrical and Computer Engineering Group, Golpayegan College of Engineering Email : s.hosseini@iut.ac.ir Phone : +98 3157240065 Fax : +98 3157240067 Web Site : Seyed Amir Hosseini

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Research Fields : Power System Protection

Microgrid

Smartgrid

Renewable Energy

Teaching

Recent Publications

Presenting the experiences of the Guilan Regional Electric Company in reducing the level of short circuit in order to prevent the replacement of circuit breakers (In Persian)

Fault Detection in a Single-Bus DC Microgrid Connected to EV/PV Systems and Hybrid Energy Storage Using the DMD-IF Method

Investigating the reason for increasing the operational zone of distance relays in the power lines with both sides of feed and providing a solution to solve it (In Persain)

High Impedance Fault Detection in Power Transmission Lines Using Hilbert Transform and Instantaneous Frequency

Avoiding the unnecessary locking of distance relays with correct settings of the CTS function in these relays (In Persian)

Improving the performance of differential relays in distinguishing between high second harmonic faults and inrush current

Penetration Evaluation of Residential EV Chargers Considering Grid Parameters and Constraints

An Overview of DC Microgrid Protection Schemes and the Factors Involved

Proposing a New Approach to Generate the Differential Trajectory of the Differential Relays Using COMTRADE Files

An overview of power swing detection methods in distance relays and the factors involved

A novel strategy based on group method of data handling neural network for detection of inrush current and preventing the mal-operation of the differential relay (In Persian)

A Framework for Assessing the Impact of Operational Uncertainties on the Reliability of Adaptive Microgrid Protection Schemes

A new method for optimizing the configuration of distribution network lines by an improved optimization algorithm in the presence of DGs (In Persian)

A Comprehensive Method for Fault Detection in AC/DC Hybrid Microgrid

Proposing new objective functions in order to reduce the level of short-circuit current of power networks using network topology change methods (In Persian)

A New Inrush Current Detection Method Based on Current Lissajous Figure (In Persian)

Determining the appropriate time to carry out maintenance of various types of static and digital relays in the network (In Persian)

Allocation of Distributed Energy Resources for Microgrid Optimal Scheduling Considering Uncertainty (In Persian)

Presenting a new method for charging and discharging PHEVs for improving in electrical parameters of the network (In Persian)

Detection of power oscillation and simultaneous faults using Clark transform (In Persian)

The effects of implementing load response programs on losses of distribution networks in Golpayegan city (In Persian)

Detection of power oscillation and simultaneous faults using Clark transform (In Persian)

Presenting a new method in order to protection coordination of microgrids by considering the structural and operational uncertainties (In Persian)

Detection of power swing and blocking the third zone of distance relay using the norm calculation of the current sampled data (In Persian)

Evaluation and validation of a new method for fault detection in microgrids considering the uncertainty in their topology (In Persian)

A new method to respond to the dynamic changes of the microgrid topology in the protection coordination process (In Persain)

Using global decision making in adaptive protection to respond to uncertainties in microgrid (In Persian)

Evaluation of effectiveness of uncertainty in communication links on the adaptive protection schemes (In Persian)

Providing an optimal method for coordination in microgrids after dynamic changes in them (In Persian)

Investigating the behavior of intelligent transformers in fault conditions (In Persian)

Proposing a new objective function for sizing and sitting distributed generations (In Persian)

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Welcome to Dr. Seyed Amir Hosseini

Teaching

Recent Publications