Multi-Agent Regulation of Voltage in Smart Grid System with the Use of Distributed Generation and Customers

Abstract:

The paper considers the solution to the problem of distributed voltage regulation in Smart Grid System. It takes into consideration the conflict of interests of companies included in the generation network and consumers of electricity. The paper presents an innovative method of demand side management which can be used for controlling the quality of electricity optimization of consumption and conservation of electric power in distribution grids of low voltage class; to start a service of voltage regulation to the consumers in the parts of the grid adjoining to the nodes of generation; to develop the grid and realize the regulation of the voltage by the network companies during load and generation active behavior. The decentralized regulation of voltage is supposed to be the basic organization principal which uses local information and control actions. The control of the facilities of voltage regulation is performed via the artificial intelligence (expert systems).

• Periodical: Applied Mechanics and Materials (Volume 698)
• Pages: 761-767
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.698.761
• Online since: December 2014
• Authors: Alexander G. Fishov*, Irina L. Klavsuts, Dmitry A. Klavsuts
• Keywords: Artificial Intelligence, Demand Side Management, Energy Efficiency, Multi-Agent System (MAS), Smart Grid (SG), Technical Innovation, Voltage Control

References

[1] I.L. Klavsuts, Methods of demand side management in the power system, Ph.D. dissertation, Dept. Management Systems and Energy Economics, Novosibirsk State Technical University, 1999. Patents.

[2] Feigin L.Z. , Levinson S.V., Klavsuts D.A. et al Method and Apparatus for Regulating Voltage, U.S. Patent  №  7 816 894 B2, filing date 06. 20. 2007 date of publication - October 19. (2010).

[3] Feigin L. Z. , Levinson S.V., Klavsuts  I. L. et al AC voltage regulator with elements of protection and backup,  RU patent № 2377630 C1 Russian Federation from 16. 09. (2008).

[4] Feigin L.Z.,  Levinson S.V., Klavsuts I.L. Alternating voltage stabilizer with protection elements,  The international application for the invention № PCT/RU2009/000441 (РСТ) of  16. 09. (2008).

[5] Feigin L.Z., The device of voltage control of electricity-generating equipment, RU patent № 120499 Russian Federation from 23. 09. 2011 Papers.

[6] Klavsuts D.A., Klavsuts I.L., Levinzon S.V. Innovative method of demand side management" /  46-th International Universities, Power Engineering Conference - UPEC2011, hosted by South Westphalia University of applied Sciences, Soest, Germany \ Section- Innovation and Future Power System\ 5th - 8th September (2011).

DOI: 10.1109/upec.2012.6398686

[7] Klavsuts D.A., Klavsuts I.L.,  Levinzon S.V. New Method for Regulating Voltage an Ac Current" /  46-th International Universities, Power Engineering Conference - UPEC2011, hosted by South Westphalia University of applied Sciences, Soest, Germany \ Section- Section- Power Conversion\ 5th - 8th September (2011).

DOI: 10.1109/upec.2012.6398686

[8] Klavsuts I.L., Levinzon S.V., Klavsuts D.A. Integration Innovative Method Of Demand Side Management In Smart Grid" 47th International Universities, Power Engineering Conference – UPEC 2012, hosted by Brunel University Institute of Power Systems in the School of Engineering and Design at Brunel University, London, UK \ 4th - 7th September (2012).

DOI: 10.1109/upec.2012.6398686

[9] Fishov A. G. Intellectual electrical network - revolution in relations between subjects and management of electricity system regimes, Reports of the 3rd International scientific-technical conference. Ekaterinbourgh 22-26 October, 2012. V. 1. pp.91-97.

[10] Fishov A.G., Kaluzhny R. S Scenarios of developing regional energy systems in modern conditions/. Scientific Journal, NSTU. -2012-N3(48). pp.161-172.