The space-grade photovoltaic panels brought to the Moon this time have reached an efficiency of 45%, while the solar radiation intensity on the Moon is about 1361 W/m².
If we don't consider attenuation, theoretically the power per square meter of photovoltaic panels can reach 612.45W per square meter.
With the extended daylight at Eternal Day Peak, covering just three square meters of solar photovoltaic panels is sufficient to meet the daily needs of the research station.
Of course, it's impossible for everything to be theoretical values, but this time the photovoltaic panels brought up can cover fifty square meters when unfolded. This far exceeds the theoretical needs.
The main consideration is the large amount of electricity required for initial construction.
Although everything has been considered comprehensively, the most critical thing now is whether the spacecraft docking in lunar orbit can be successfully completed.
