Journals
Publish with us
Publishing partnerships
About us
Blog
Complexity
Journal overview
For authors
For reviewers
For editors
Table of Contents
Special Issues
Complexity
/
2022
/
Article
/
Tab 5
/
Research Article
A Hybrid Deep Learning-Based Network for Photovoltaic Power Forecasting
Table 5
The performance of the proposed model is compared with an existing state-of-the-art model for PV power forecasting. The best performance is shown in bold.
Dataset
Methods
RMSE
MSE
MAE
MBE
DKASC-AS-1B [
68
]
LSTM [
45
]
0.709
—
0.327
—
CNN [
45
]
0.822
—
0.304
—
CNN-LSTM [
45
]
0.693
—
0.294
—
LSTM-CNN [
45
]
0.621
—
0.221
—
GRU-CNN
0.1727
0.0298
0.0923
0.0235
DKASC-AS-2Eco [
69
]
LSTM [
44
]
1.0382
—
—
−0.084
GRU [
44
]
1.0351
—
—
0.1206
RNN [
44
]
1.0581
—
—
−0.1442
MLP [
44
]
1.0861
—
—
0.1995
WPD-LSTM [
44
]
0.2357
—
—
0.0067
GRU-CNN
0.1646
0.0271
0.1157
−0.0641
DKASC-Yulara-SITE-3A [
70
]
RCC-BPNN [
71
]
1.173
—
—
—
RCC-RBFNN [
71
]
1.37
—
—
—
RCC-Elman [
71
]
1.158
—
—
—
LSTM [
71
]
1.017
—
—
—
RCC-LSTM [
71
]
0.94
—
0.587
—
GRU-CNN
0.1715
0.0294
0.1126
0.0099