EXERGETIC PERFORMANCE ASSESSMENT OF A LOW ROTATIONAL SPEED WIND TURBINE

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Sabaeifard Payam; Khalafi Farid

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Seminar Paper

Paper Information

Seminar: INTERNATIONAL POWER SYSTEM CONFRENCE
Year:2013 | Issue:28

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Title

EXERGETIC PERFORMANCE ASSESSMENT OF A LOW ROTATIONAL SPEED WIND TURBINE

Author(s)

Sabaeifard Payam | Khalafi Farid | Issue Writer Certificate

Keywords

WIND ENERGY

SAVONIUS

EXERGETIC ANALYSIS

EFFICIENCY

WEIBULL

Abstract

IN THE LAST DECADE, A NUMBER OF STUDIES ON THE EFFICIENT UTILIZATION OF WIND TURBINES HAVE BEEN CONDUCTED BY VARIOUS RESEARCHERS TO IMPROVE SYSTEMS PERFORMANCE. HOWEVER, MOST OF THEM JUST INCLUDED THEIR ENERGETIC ASPECTS AND THE NUMBER OF STUDIES CARRIED OUT THEIR EXERGETIC DIRECTIONS IS RELATIVELY VERY LOW. IN THIS PAPER, THE PERFORMANCE OF A SAVONIUS TYPE VERTICAL AXIS WIND TURBINE IS ASSESSED THERMODYNAMICALLY, FROM RESOURCE AND TECHNOLOGY PERSPECTIVES BASED ON EXPERIMENTS AND METEOROLOGICAL DATA RECORDED IN KARAJ, IRAN. THE THERMODYNAMIC CHARACTERISTICS OF WIND THROUGH ENERGY AND EXERGY ANALYSES ARE CONSIDERED AND BOTH ENERGETIC AND EXERGETIC EFFICIENCIES ARE STUDIED. BESIDES, POTENTIAL OF WIND POWER GENERATION IN THE AREA HAS BEEN COMPUTED THROUGH WEIBULL STATISTICAL DISTRIBUTION FUNCTION METHOD. THE RESULTS INDICATE THAT ENERGY AND EXERGY EFFICIENCIES OF STUDIED SYSTEM VARIED IN RANGE OF 0-30% AND 0-37%, RESPECTIVELY. IT IS SHOWN THAT THE EXERGY METHOD PROVIDES UNIQUE INSIGHT BEYOND AN ENERGY ANALYSIS, THEREFORE PROVIDING A USEFUL DESIGN TOOL FOR WIND ENERGY DEVELOPMENT.

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APA: Copy

Sabaeifard, Payam, & Khalafi, Farid. (2013). EXERGETIC PERFORMANCE ASSESSMENT OF A LOW ROTATIONAL SPEED WIND TURBINE. INTERNATIONAL POWER SYSTEM CONFRENCE. SID. https://sid.ir/paper/940683/en

Vancouver: Copy

Sabaeifard Payam, Khalafi Farid. EXERGETIC PERFORMANCE ASSESSMENT OF A LOW ROTATIONAL SPEED WIND TURBINE. 2013. Available from: https://sid.ir/paper/940683/en

IEEE: Copy

Payam Sabaeifard, and Farid Khalafi, “EXERGETIC PERFORMANCE ASSESSMENT OF A LOW ROTATIONAL SPEED WIND TURBINE,” presented at the INTERNATIONAL POWER SYSTEM CONFRENCE. 2013, [Online]. Available: https://sid.ir/paper/940683/en

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