Keywords:-

Keywords: Algorithm, Efficiency, Order and Complexity.

Article Content:-

Abstract

An improved energy distribution algorithm is hereby presented by incorporating time of the day, morning, afternoon, evening or night that electricity energy is supplied to the districts of XYZ distribution zone. The earlier algorithms were developed based on an existing energy allocation model (OEAM) meant for effective utilization of energy. This improved algorithm is developed based on the current energy requirement forecasted by the application of the OEAM and the current minimum energy delivered to the districts of XYZ electricity distribution zone. The districts are grouped into four due to slight increase in the quantity of
electricity supply to the zone. The energy distribution algorithm seeks to optimize the slightly improved amount of electricity energy transmitted to the various districts of the XYZ electricity distribution zone. The improved algorithm could allow better and improved power supply to consumers since the districts have been grouped considering the minimal amount of electricity energy delivered to the distribution zone.

References:-

References

Aminu, A. M., Abubakar, S. M., Peter, A., and Abdulkadir, S., (2013), “An Optimal

Electricity Distribution Algorithm for XYZ Electricity Distribution Zone”

International Journal of Advance Computer Technology (IJCT), ISSN: 2319-7900, pp.

-29.

Peter A., (2015), “A Modified Optimal Electricity Distribution Algorithm for Xyz

Electricity Distribution Zone” International Journal of mathematics and Computer

research, ISSN: 2320-7167, 3(5), pp.983-987

Zhang, L., Zhao, Y., Wang, S., & Tang, W., (2010), “A Novel Hybrid Power Flow

Algorithm for Distribution System with DGs”. 2010 Asia-Pacific Power and Energy

Engineering Conference, pp.1–5.

Ahiakwor, C. O., Chukwu, U. C., and Dike, D. O., (2008), “Optimal Transmission

Line Pricing Algorithm for a Restructured Power System”, ©2008 IEEE, pp.1–6. 5. Macqueen, C. N., and Irving, M. R. (1996), “An Algorithm for The Allocation

Distribution System Demand and Energy Losses”, 11(1), pp.338–343.

Peter A., (2015) “Short time energy forecasting for xyz electricity distribution

company using fuzzy goal programming”, Global Journal of Engineering Science and

Research Management, ISSN: 2349-4506,2(5) pp32-40

Epp, S. S., (2004), Discrete Mathematics with Applications (Third Edition),

International Student Edition ISBN: 0-534-49096-4, pp.526-527.

Liang Y. D., (2013), Introduction to Java Programming, Comprehensive Version

(Ninth Edition), Pearson Education publishers Limited, ISBN 978-0-13-293652-1,

pp.60, 880-888. 9. Lipschutz, S., and Pai, G. A. V., (2006), Data Structures, Tata McGraw-Hill

Publishing Company Limited, New Delhi, pp.2.14, 2.17.

Downloads

Citation Tools

How to Cite
Ayuba, P. (2015). An Improved Optimal Electricity Distribution Algorithm for Xyz Electricity Distribution Zone. International Journal Of Mathematics And Computer Research, 3(06), 1003-1010. Retrieved from http://ijmcr.in/index.php/ijmcr/article/view/109