Research Article
An RBF Neural Network Combined with OLS Algorithm and Genetic Algorithm for Short-Term Wind Power Forecasting
Table 1
The evaluation of the accuracy of the three methods in wind power forecasting.
| Season | Forecasting method | Maximum absolute percentage error | Mean absolute percentage error |
| | Proposed RBF neural network-based method | 20.5026% | 2.4676% | Winter day | Persistence method | 21.4370% | 2.7579% | | Back propagation neural network method | 47.4301% | 4.3943% |
| | Proposed RBF neural network-based method | 57.4755% | 15.4433% | Summer day | Persistence method | 113.0435% | 35.4214% | | Back propagation neural network method | 108.1397% | 25.2375% |
| | Proposed RBF neural network-based method | 66.9832% | 7.3247% | Spring day | Persistence method | 116.4384% | 8.4948% | | Back propagation neural network method | 76.1072% | 8.4283% |
| | Proposed RBF neural network-based method | 121.7294% | 29.0453% | Autumn day | Persistence method | 186.6667% | 39.5734% | | Back propagation neural network method | 146.1742% | 36.7328% |
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