风电场下调对海上风电场α Ventus的影响

M. Kretschmer, Vasilis Pettas, P. Cheng
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引用次数: 6

摘要

近年来,风力涡轮机降调节已被用于或研究各种应用,如风电场功率优化,能源生产缩减和寿命管理。本研究提出了从位于德国海上风电场alpha ventus的两台涡轮机获得的塔负荷和功率的测量数据的结果。自由流涡轮机位于设备齐全的气象桅杆附近,在顺风涡轮机正常运行的情况下,将其降至50%,为期8个月。结果与两台涡轮机在正常条件下运行的时期进行了比较。负荷和功率的变化是根据风向和风力大小来分析的。结果表明,降压后的汽轮机负荷大幅度降低,达到40%的水平。对于尾迹中的涡轮机,负载的影响更为突出,与功率的影响相比,显示出最大减少30%,并且在负载约20°和功率10°的更宽扇区中可以看到。
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Effects of Wind Farm Down-Regulation in the Offshore Wind Farm Alpha Ventus
In recent years wind turbine down-regulation has been used or investigated for a variety of applications such as wind farm power optimisation, energy production curtailment and lifetime management. This study presents results from measurement data of tower loads and power obtained from two turbines located in the German offshore wind farm alpha ventus. The free streaming turbine, located closely to a fully equipped meteorological mast, was down-regulated to 50% for a period of 8 months, while the downwind turbine was operating normally. The results are compared to periods where both turbines were operated in normal conditions. Changes in loads and power are analysed according to incoming wind direction and magnitude. Results show a high reduction in the loads of the down regulated turbine, up to a level of 40%. For the turbine in wake the effects in loads are more prominent, showing a maximum reduction of 30%, compared to the effects in power and are seen in a wider sector of about 20° for loads and 10° for power.
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