Solar container communication station wind and solar hybrid winter safety

What is the spatial heterogeneity of solar-wind hybrid power generation?

The stability of solar–wind hybrid power generation exhibited significant spatial heterogeneity. Regions with low stability were distributed mainly in Central and Southern China and eastern of the Southern region, where CF wind is low.

What is the spatial pattern of wind and solar hybrid power generation potential?

The spatial pattern of the wind and solar hybrid power generation potential generally remained stable. Under the SSP585 scenario, the long-term future power generation potential changes from −11.76 % to 11.39 %, with decreases in the in Northwest, North China and Xizang and increases in most of southern China.

How stable is solar-wind hybrid power generation?

By calculating the functional relationship between the CV and the wind/solar installation ratio, we determined the minimum CV (0.63–1.48) and the corresponding optimal installation ratio (0:1–5.8:1) (Fig. 5 c and d). The stability of solar–wind hybrid power generation exhibited significant spatial heterogeneity.

What are the spatial distribution patterns of solar and wind power potentials?

Wind and solar power potential The spatial distribution patterns of the annual solar and wind power generation potentials were consistent with those of their CFs. The solar power generation potential (257.47–615.46 kWh/m 2) was significantly greater than that of wind (0–11.91 kWh/m 2) (Fig. 6a and b).