SMART AC/DC LOW VOLTAGE DISTRIBUTION SYSTEM FOR BUILDING WITH DISTRIBUTED GENERATION AND ELECTRICVEHICLES

Ömer GÜL 1
1 Department of Electrical Engineering, Istanbul Technical University, Istanbul, Turkey.

Article Id - 40220140509001, Pages : 01-16, Date of Publication : 17, September 2014

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Abstract

In this study, a smart low voltage distribution system is proposed for buildings with distributed generation and electrical vehicles. The proposed smart low voltage distribution system includes both AC distribution system and direct DC distribution system for the energy requirement of the loads. With the installation of DC distribution system, the restriction for distributed generation and consumer devices to be compatible with AC low voltage distribution system is eliminated. DC and AC distribution systems are interconnected through a rectifier for the supply of DC load increases from AC mains and for unidirectional power flow. Smart low voltage distribution system (SLVDS)is installed along with the smart distribution management systemthat utilizes smart grid technologies for the demand side management by also considering the electricity prices in deregulated market for increasing the power quality and energy efficiency of AC/DC low voltage distribution system. Smart demand side management, power quality monitoring system, smart control of distributed generation, smart charging of electrical vehicle, and similar subsystems are used in conjunction with smart distribution management system. By using the daily load duration curves for summer and winter seasons of the low voltage feeder supplying buildings, a smart demand side management that also takes into account the effects and energy unit prices of electrical vehicles charging systems and photovoltaic systems is introduced in this study.

Keywords

Smart Grid, DC Distribution, Electric Vehicles, Distributed Generation, Demand Side Management.

Share and Cite:

ÖMER GÜL, 2014, SMART AC,DC LOW VOLTAGE DISTRIBUTION SYSTEM FOR BUILDING WITH DISTRIBUTED GENERATION AND ELECTRICVEHICLES, International Journal of Electrical Engineering and Technology (IJEET), Volume:5, Issue:9, Pages: 1-16.

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With the APC specified above, the author is given an indication what the APC will be. IAEME is charging Publication Fees (APC) but not Submission Fees. This is to the benefit to authors because payments are only due once the author knows the manuscript is accepted. IAEME with editors and reviewers puts much effort in dealing with the manuscript and expects the authors to stick to the common plan of publishing the paper which is linked to payments of APC as given above at the end of the review process. The author is not legally bound at this time, but it would be seen as a strong breach of academic conduct to back off from the publication process. Once the manuscript is accepted for publication, IAEME will issue an invoice in the Paper Submission and Manuscript Tracking System. This is IAEME `s legal offer and will state the regular APC of the journal. The Corresponding Author is expected to arrange payments of the amount stated at this time. In severe cases IAEME `s Complaints Procedure can be followed and the result of this should be binding to the author.

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Once an article has been accepted for publication, any Article Processing Charges on the article become due. The submitting author accepts responsibility for the Article Processing Charges, and will not issue refunds of any kind except those payments made by mistake or in excess of the amount required.

Subject Area
The topics to be covered by this journal include but are not limited to the following fields:
• Electric Power Engineering
• Power System Security & Risk Analysis
• Power System Computational Analysis
• Power System Dynamics & Control
• Power System Reliability
• Power System Operations
• Power Distribution System
• Electric Machinery
• Machine and Special Machine
• Power Electronics
• Advanced Technology for Electrical Transportation
• Renewable Energy System
• Motor Drive & Control
• Electric Material and Semiconductor
• High Power and High Voltage
• Robotics and Automation
• Electrical Facilities-Technical Standard & Design and Supervision
• Electric Construction Technology
• Electric Safety Technology
• Electric Railway System

IJEET Journal Stats

Publication years 2010-2023
Publication count 1369
Total Volumes 14
Total Issues 97
Downloads 153737
Views 362039
Downloads/article 112.3

Journal Statistics

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