IJFTET
International Journal of Futuristic Trends in Engineering and Technology
UGC and ISSN Approved and added in the UGC Approved List of Journals Journal.
IJFTET Volume II, Issue X, September - 2015
(Paper ID:-210ET3010201501)
Overview of Different Plagiarism Detection Tools
Document Information:
Title: Overview of Different Plagiarism Detection Tools
Author(s): RanaKhudhair Abbas Ahmed Computer Technical Engineering Department Al-Rafidain University College, Baghdad ,Iraq
Emailid:-rana_ruc@yahoo.com
Citation: RanaKhudhair Abbas Ahmed "Overview of Different Plagiarism Detection Tools", IJFTET, Volume: II , Issue: X Publication Year: 2015 , Page(s): 1-3
Article type: Review paper
DOI: 30/09/2015 http://ijftet.wix.com/research#!vol-ii-issue-x-september-15/cr5b (Permanent URL)
Publisher:Akshar Publication
Keywords: plagiarism, detection, software, tools.
Abstract: Plagiarism is still a difficult problem. Many tools have been developed to detect plagiarism. This paper defines plagiarism, shows the benefit of it and declares twenty one different plagiarism service tools provided on the Internet in order to detect the plagiarism process.
(Paper ID:-210ET3010201502)
Fault Resistance calculation based on monitoring of Active Power at the Relay Point
Document Information:
Title: Fault Resistance calculation based on monitoring of Active Power at the Relay Point
Author(s): Thakkar Jay Narendrabhai,M.E pursuing, Dept. Electrical Engineering, DJMIT, Mogar, Gujarat, India, Emailid:-thakkarjay93@yahoo.com,
Prof. Amit N. Patel,Assistant professor, Dept. Electrical Engineering, DJMIT, Mogar, Gujarat, India. Emailid:- amitee23@yahoo.com
Citation: Thakkar Jay Narendrabhai, Prof. Amit N. Patel "Fault Resistance calculation based on monitoring of Active Power at the Relay Point", IJFTET, Volume: II , Issue: X Publication Year: 2015 , Page(s): 4-8.
Article type: Research paper
DOI: 30/09/2015 http://ijftet.wix.com/research#!vol-ii-issue-x-september-15/cr5b (Permanent URL)
Publisher:Akshar Publication
Key-words -Fault resistance, Distance relay, over/under reach, fault impedance.
Abstract- Protective distance relays, which make use of impedance measurements in order to determine the presence and location of faults Fault resistance introduces an error in traditional ground distance relay apparent impedance measurement process. If not accordingly considerate it produces
primary protection zone underreach. In this paper first we review and describe directional elements suitable to provide ground fault protection in solidly- and low- impedance grounded distribution systems. A new compensation method based on fault resistance calculation is presented.The fault resistance
calculation is based on monitoring the active power at the relay point. The compensated fault impedance measures accurately the impedance between the relay location and the fault point. This new compensation method avoids the under-reach problem in ground distance relays. For modeling of power system network and fault simulation MATLAB/SIMULINK’S Power System Block set (PSB) is used.
(Paper ID:-210ET3010201503)
Solar Roadways: A Review and Challenges
Document Information:
Title: Solar Roadways: A Review and Challenges
Author(s): Biren H Patel,M.E pursuing, Dept. Electrical Engineering, DJMIT, Mogar, Gujarat, India, Emailid:-pbiren37@gmail.com
Prof. Amit N. Patel,Assistant professor, Dept. Electrical Engineering, DJMIT, Mogar, Gujarat, India. Emailid:- amitee23@yahoo.com
Citation: Biren H Patel, Prof. Amit N. Patel "Solar Roadways: A Review and Challenges", IJFTET, Volume: II , Issue: X Publication Year: 2015 , Page(s): 9-12.
Article type: Review paper
DOI: 30/09/2015 http://ijftet.wix.com/research#!vol-ii-issue-x-september-15/cr5b (Permanent URL)
Publisher:Akshar Publication
Key words: solar roadways, power, electrical vehicle, LEDs, Solar panel
Abstract: The purpose of this paper is to introduce all about Solar Roadways and to allow all to become familiar with how solar roadways work. The solar roadways technology provides a clean energy, freely available with safer, smarter roads but solar roadways facing a plenty of technical as well as economical challenges and problems during installation and after the installation. By replacing the highways with solar roadways and also replacing playgrounds and parking lots, could be powered by the sun only entirely. In this paper we review the various types of economical, technical and weather challenges and problems facing in solar roadways and also mention the advantages of solar roadways.
(Paper ID:-210ET3010201504)
Document Information:
Title: Modelling and simulation of fuse-recloser in distribution network with high penetration of distributed generation
Author(s): Mr. Sandip Nakiya ,M.E pursuing, Dept. Electrical Engineering, DJMIT, Mogar, Gujarat, India, Emailid:-nakiyasandip@gmail.com
Prof. Amit N. Patel,Assistant professor, Dept. Electrical Engineering, DJMIT, Mogar, Gujarat, India. Emailid:- amitee23@yahoo.com
Citation: Mr. Sandip Nakiya, Prof. Amit N. Patel "Modelling and simulation of fuse-recloser in distribution network with high penetration of distributed generation", IJFTET, Volume: II , Issue: X Publication Year: 2015 , Page(s): 13-18.
Article type: Research paper
DOI: 30/09/2015 http://ijftet.wix.com/research#!vol-ii-issue-x-september-15/cr5b (Permanent URL)
Publisher:Akshar Publication
Keywords—fuse recloser, distribution generation, protection, fuse
Abstract—The overall problem when integrating DG in existing networks is that distribution system are planned as passive networks, carrying the power unidirectional from the central generation level downstream to the loads at MV/LV level. The protection system design in common MV and LV distribution networks is determined by a passive paradigm, i.e. no generation sources, The networks get active and conventional protection turns out to be unsuitable. In case of high DG penetration into distribution system, coordination between recloser and fuse is likely to be disrupted. The protection cannot be resolved with traditional recloser so to overcome this problem the proper Coordination between fuse and recloser is needed.