Increasing efficiency in wind energy electricity generating by signal processing from wind measuring equipment on wind turbine for the determination of wind direction
Increasing efficiency in wind energy electricity generating by signal processing from wind measuring equipment on wind turbine for the determination of wind direction
复制标题
通过风力涡轮机上的测风设备的信号处理来确定风向，提高风能发电的效率
DOI：
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发表时间：
2018
期刊：
影响因子：
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通讯作者：
J. Waewsak
中科院分区：
文献类型：
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作者：
Ponrawee Koetket;T. Chaichana;Y. Auttawaitkul;W. Chiracharit;Somthawin Khunkhet;J. Waewsak
风能是泰国生产的一种清洁能源，发电量为299.17兆瓦。然而，它在泰国发现的问题是风速不稳定，风速不高。柴亚弗姆省全年平均风速5.77米/S。在风电机组运行的发电量方面，由于风电机组体积较大，测向速度较慢。(每个风力涡轮机的发电量为2.5兆瓦)。这对发电中的无效运行产生了影响。风的自然条件包括风向的变化。风力发电机组也根据风向(90度)进行发电。当风停止吹动时，风力涡轮机将停止发电。此外，风力涡轮机的面部将根据通过它的风向停止，这是下一轮不适合发电的方向。风力涡轮机不得不浪费时间回到正常风向(180度转弯需要10分钟)。研究了利用风力机上测风装置的风向信号标准差来确定风力机风向的方法。本研究给出了风力机在适当位置停车待风的方法结果。此外，它还减少了风力机转向风向的时间。此外，它还增加了有效发电的机会。
Wind energy is a type of clean energy which Thailand generates it for 299.17 MW. However, its problems found in Thailand are unconstant wind blowing and not high wind blowing speed. In Chaiyaphum province, an average wind blowing speed is 5.77 m/s throughout the year. Regarding the electricity generating of the wind turbine operation, there is a slow direction finding of the wind turbine due to its big size. (2.5 MW electricity generating per wind turbine). This has effect on ineffective operation in electricity generating. Natural condition of the wind involves change in wind direction. The wind turbine generating electricity also turns based on wind direction (90o) for electricity generating. The wind turbine will stop electricity generating when the wind stops blowing. Also, the face of the wind turbine will stop based on the direction of the wind blowing through it in which it is inappropriate direction for electricity generating in the next round. The wind turbine has to waste the time in turning back to the normal wind direction (Turn around 180 degree take time 10 minutes). This study presents the determination of wind direction of the wind turbine by using standard deviation of direction signal from wind measuring equipment on the wind turbine. This study presented method results in the wind turbine to stop and waits for the wind in an appropriate position. Besides, it reduces the time of wind turbine turning to the wind direction. Also, it increases an opportunity for effective electricity generating.