The Crucial Issues in Low-Level Wind Predicton that Used for Wind Energy Forecasting

Author:

Liu Xiao Lin1,Jin Shuang Long2,Wang Li3

Affiliation:

1. Meteorological Bureau of Qinghai Province

2. College of Atmospheric Sciences, Lanzhou University

3. Meteorological Institute of Qinghai Province, Meteorological Bureau of Qinghai Province

Abstract

The WRF model is employed to simulate the low-level wind field of a wind farm that located in the arid regions in northwest of China for February and October 2008. We presented some difficult issues using mosescale numerical model in low-level wind predicting, meanwhile, corresponding solutions are proposed. Some conclusions and achievements in wind forecasting are summarized; the planning and prospects of next phase also are illustrated.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference14 articles.

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2. Giebel G, L Landberg, G Kariniotakis. State-of-the-art on methods and software tools for short-term, prediction of wind energy production. European Wind Energy Conference & Exhibition, Madrid, Spain, (2003).

3. Wendell L, Wegley H, Verholek M. Report from a working group meeting on wind forecasts for WECS operation. PNL-2513, Pacific Northwest Laboratory, (1978).

4. Wegley H, Kosorok M, Formica W. Subhourly wind forecasting techniques for wind turbine operations. PNL-4894, Pacific Northwest Laboratory, (1984).

5. Geerts H. Short range prediction of windspeeds: a system-theoretic approach. In: Palz W, editor. Proceedings of European wind energy conference, Hamburg, Germany, (1984). P594.

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