未来气候情景下青藏高原风光发电潜力的时空演变与风险评估
Spatiotemporal evolution and risk assessment of wind and solar power generation potential under future climate scenarios on the Qinghai-Xizang Plateau
未来气候情景下青藏高原风光发电潜力的时空演变与风险评估 |
| 邱梦雨, 张德帅, 杜建会 |
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Spatiotemporal evolution and risk assessment of wind and solar power generation potential under future climate scenarios on the Qinghai-Xizang Plateau |
| Mengyu Qiu, Deshuai Zhang, Jianhui Du |
| 图3 未来不同排放情景下青藏高原风光发电潜力的长期平均相对变化。A~C为Pwind的年代际相对变化，D~F为Psolar的年代际相对变化，G为Pwind和Psolar的月际相对变化。误差棒表示基于多气候模式（NEX-GDDP-CMIP6）集合模拟结果的标准差，*表示每个变量变化的统计显著性（P<0.05） |
| Fig.3 Relative changes in wind power generation potential and solar photovoltaic power generation potential across the Qinghai-Xizang Plateau under different GHG emission scenarios. A-C indicate relative changes in Pwind on the interannual scale. D-F indicate relative changes in Psolar on the interannual scale. G indicates relative changes in Pwind and Psolar on the seasonal scale. Error bars represent the standard deviation in the ensemble estimation of climate forcing based on different NEX-GDDP-CMIP6 models. Asterisks （*） indicate the statistical significance of changes in each variable （P<0.05） |
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