Advanced Quality Approach For Energy Management

  • Seyithan Ahmet Ates Department ofInterchangeableManufacturing and Industrial Metrology, Vienna University of Technology, A-1040 Vienna
  • Numan Durakbasa Vienna University of Technology
Keywords: Quality, Energy Management, Efficiency Targets

Abstract

Quality, energy and environmental management are important success factors in the current competition. They are interrelated and cannot be considered in isolation but must be considered holistically and continually (on-line). This paper argues that quality improvement approaches can be applied in the energy management context. Companies need tools to achieve energy and environmental management goals by realizing energy efficiency targets and CO2 emission reductions. Such combinable tools available to support these actions are: regulations, quality management techniques, such as lean six sigma, benchmarking, FMEA Methodic, voluntary agreements, labeling and standardizations such as EN 16001 and ISO 50001. The new approach “Total Energy Management” covers all functions and areas of a company associated with energy purchase, consumption and management.  It is argued that time proven techniques that have helped reduce quality costs and improve market share can also provide similar results when applied to energy management systems.

References

Dincer I. Environmental issues: I-energy utilization. Energy Source 2001; 23:69–81.

Kannan R, Boie W. Energy management practices in SME: case study of a bakery in Germany. Energy Convers Manage 2003; 44:945–59.

Dubravka N. Jelic, Dusan R. Gordic, MilunBabic, Rewiev of Existing Energy Management Standards and Possibilities for ist Introduction in Serbia, Thermal Science 2010 Volume 14, Issue 3, Pages: 613-623

Caffal, C.,.Energy management in industry.Centre for the Analysis and Dissemination of Demonstrated Energy Technologies (CADDET).Analysis Series 17.Sittard, 1995

Durakbasa, M. N. and Hajrizi, .andOsanna P. H. (2002), “Accreditation and certification in Europe and Worldwide”,

Proceedings of the International IEME-Conference, 63 – 69

Gwen Farnsworth, Quality Systems for Energy Management, , The Newsletter of the e-soruce corporate energy managers’ consortium,third Quarter,2006

Total Quality Environmental Management, GEMI

Ross J.E., Total Quality Management, Florida (U.S.A.), 1999, p.3

Hummel T., Malorny C., Total Quality Management, München, 1996, p.4

CENELEC EN50160: Merkmale der Spannung in ÖffentlicherElektrizitätVersorgungsnetzen

Offner K.: BetrieblichesEnergiemanagement, Wiesbaden, 2001, s.100

Bochanky L„VersorgungsqualitätimliberalisiertenStrommarkt“; Elektrizitätswirtschaft; Jg. 98 (1999); Heft 6; Seite 10-14

Engelke, M.: QualitätlogistischerDienstleistungen: Operationalisierung von Merkamelen, Qualitätsmanagement, Umweltgerechtigkeit, Berlin 1997, p.235

Kamiske G.F.: Qualitätsmanagement von A bis Z: ErläuterunmodernerBegriffe des Qualitätsmanagements, München 1999, p.203

Töpfer A.: Benchmarking: Lernen von den Besten, Berlin 1997, p.36

Turner, Wayne, Energy Management Handbook, 2nd edition, Chapter 2, Fairmont Press, 2007, s. 635

Namdari M., Rafiee Sh., Jafari A; Using the FMEA method to Optimize fuel consumption in Tillage by Moldboard Plow, INTERNATIONAL JOURNAL OF APPLIED ENGINEERING RESEARCH, DINDIGUL Volume 1, No 4, 2011

Osanna P.H, Durakbasa N.M, Sadat A.Afjehi: Quality in Industry, Vienna, 2004

Published
2012-03-10
Section
Articles