2010Unpublished venueRequires access

Equivalent wind speed model of wind generation

Jing Tian-jun, Yang Ming-hao

Open publisher page 2 citations

Abstract

The time series intervals of wind speed and wind power prediction are from a few minutes to ten minutes, which are used for power system energy dispatch, and the power is a mean value in the interval. But physical parameters for wind, such as instantaneous wind speed, maximum wind speed, average wind speed, cannot describe the relationship properly between the wind speed and average wind power in the interval, with which it cause a great error. Therefore, a new physical parameter is defined, which is named as equivalent wind speed, and the way to measure and calculate it are given in the paper. Functional relation between equivalent and average wind speed is gained from the analysis on physical experiment data later. At last it introduced an engineering example in wind power prediction, and it shows a satisfied result in application.

About this research paper

What this paper is about

The time series intervals of wind speed and wind power prediction are from a few minutes to ten minutes, which are used for power system energy dispatch, and the power is a mean value in the interval. But physical parameters for wind, such as instantaneous wind speed, maximum wind speed, average wind speed, cannot describe the relationship properly between the wind speed and average wind power in the interval, with which it cause a great error. Therefore, a new physical parameter is defined, which is named as equivalent wind speed, and the way to measure and calculate it are given in the paper. Functional relation between equivalent and average wind speed is gained from the analysis on physical experiment data later. At last it introduced an engineering example in wind power prediction, and it shows a satisfied result in application.

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Available abstract

The time series intervals of wind speed and wind power prediction are from a few minutes to ten minutes, which are used for power system energy dispatch, and the power is a mean value in the interval. But physical parameters for wind, such as instantaneous wind speed, maximum wind speed, average wind speed, cannot describe the relationship properly between the wind speed and average wind power in the interval, with which it cause a great error. Therefore, a new physical parameter is defined, which is named as equivalent wind speed, and the way to measure and calculate it are given in the paper. Functional relation between equivalent and average wind speed is gained from the analysis on physical experiment data later. At last it introduced an engineering example in wind power prediction, and it shows a satisfied result in application.

Key concepts: Wind speed, Wind power, Wind profile power law, Meteorology, Interval (graph theory), Control theory (sociology), Computer science, Environmental science

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