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New energy short-term prediction system based on measured weather and network weather error correction

机译:基于实测天气和网络天气误差校正的新能源短期预测​​系统

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The new energy forecast will guide the adjustment of the future capacity plan in the new energy system. The stability of the macro-control of the power grid is highly dependent on the accuracy of energy generation power forecasting. Meanwhile, the trend of the source-source power of the system is highly dependent on a variety of weather conditions. The accuracy of the forecasting of the weather greatly affects the prediction accuracy of the system. The forecasting system uses the labview development platform visual programming method and the powerful storage capacity of the MYSQL database. To set up weather information in the region, it collects and stores multiple weather data in the weather information of the region and the system with adapting fuzzy processing method to analyze and extract data. The paper also uses numerical weight adjustment method to combine historical data, real-time data, and future data to obtain correction error for achieving corrections to future weather data. Therefore, the corrected weather data can be used as input data in combination with the final model for prediction.
机译:新能源预测将指导新能源系统中未来产能计划的调整。电网宏观控制的稳定性高度依赖于能量产生功率预测的准确性。同时,系统的源源功率的趋势高度依赖于各种天气状况。天气预报的准确性极大地影响了系统的预测准确性。预测系统使用LabVIEW开发平台可视化编程方法和MySQL数据库的强大存储容量。为了在该区域中设置天气信息,它收集并存储在区域的天气信息中的多个天气数据,并采用适应模糊处理方法来分析和提取数据。本文还使用数值权重调整方法来组合历史数据,实时数据和未来数据来获得校正误差,以实现对未来天气数据的校正。因此,校正的天气数据可以与预测的最终模型结合使用作为输入数据。

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