Sunil kumar JillediEritrea Institute of Technology | EIT · Department of Electrical and Electronics Engineering
Sunil kumar Jilledi
B.E, M.tech, (PhD)
About
33
Publications
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Citations
Introduction
I have 13+ years of teaching experience, currently working as Head of Department, Electrical and Electronics Engineering, College of Engineering and Technology, (perviously Eritrea Institute of Technology), Asmara, Eritrea(AFrica). From 2012 -2014 worked as Lecture in Adama Science and Technology University, Ethiopia, Africa. Worked as a Lecturer in SKIT, EVP, TEC Engineering colleges. Research interests are FACTS, Renewable energy, Wind power Systems, PV, and IOT to power systems.
Additional affiliations
April 2020 - August 2021
Publications
Publications (33)
In the electric power system the optimal power flow plays a key role in optimal location,
steady state operation point, minimization of generation cost, losses etc. Large Power
transmission networks are facing lot of problems to improve the power profiles, improvement of
losses, security constraints, and stability issues. The advent of Flexible AC...
Controlling power flow in modern power systems can be made more flexible by the use of recent developments in power
electronic and computing control technology. The Unified Power Flow Controller (UPFC) is a Flexible AC transmission
system (FACTS) device that can control all the three system variables namely line reactance, magnitude and phase angle...
Minimization of transmission losses in a present power system network is an imperative research work in the power industry and it can be accomplish by reactive compensation. The spontaneous variation of load profile on the power system leads to experience instability conditions. Under this condition the voltage profile leads to depreciation the sui...
Voltage stability and power flow analysis is the major concern in order to operate any power
system as secured. In this context there are many research work has been carried out to
improve the voltage stability. Shunt FACTS devices can used for controlling power flow,
transmission voltage, improving voltage profile, and reducing reactive losses. In...
Voltage stability and power flow analysis is the major concern in order to operate any power
system as secured. In this context there are many research work has been carried out to
improve the voltage stability. Shunt FACTS devices can used for controlling power flow,
transmission voltage, improving voltage profile, and reducing reactive losses. In...
In the electric power system the optimal power flow
plays a key role in optimal location, steady state operation
point, minimization of generation cost, losses etc. Large
Power transmission networks are facing lot of problems to
improve the power profiles, improvement of losses, security
constraints, and stability issues. The advent of Flexible AC...
Day to day the usage of power is increasing in the developing countries. And the technology
is also increasing to improve the power profiles and to satisfying the load demanded by the
consumers. An emerging technology has been came with the advent of the power electronic
devices are FACTS Devices. Now a day’s these FACTS devices are playing a major...
Controlling power flow in modern power systems can be made more flexible by the use of recent developments in power electronic and c omputing c ontrol technology. The Unified Power Flow Controller (UPFC) is a Flexible AC transmission system (FACTS) device that c an control all the three system variables namely line reactance, magnitude and phase an...
The Renewable energy sources like wind energy which has been predictable to be a promising alternative energy supply, can bring new challenge when it is connected to the power grid. The major problems occurring are, when the wind flow rate is low the out coming of power is low compared to normal condition and problems like voltage stability, Reacti...
with the increase in power demand, operation and planning of large interconnected power system are becoming more and more complex, so power system will become less secure. Operating environment, conventional planning and operating methods can leave power system exposed to instabilities. Voltage instability is one of the major problems facing by the...