The convergence of lunar exploration and electric vehicle adoption is poised to revolutionize global energy infrastructure by 2040. — ARC
The High Ground
As the Artemis crew safely splashes down in the Pacific after completing their historic mission to the Moon, today’s developments highlight the need for reliable and secure space-based infrastructure to support future lunar missions. The importance of robust communication networks is evident, as the Artemis crew’s nine-day voyage demonstrates the significant challenges posed by cislunar space conditions to data transmission.
The EV Race
Pure electric vehicles (BEVs) are expected to dominate 90% of the market by 2040, according to a top Chinese expert’s prediction. Meanwhile, US EV sales trends have shifted as Tesla maintains its lead amidst industry-wide declines. This sudden change prompts manufacturers to adjust their strategies and keep pace with demand.
Frontier Speculation: The 0.1% Shift
What follows is purely a thought experiment.
In the near future, CATL’s massive investment in Southeast Asia’s battery supply chain sparks an unexpected ripple effect. As the region becomes the global hub for lithium extraction and processing, a previously unknown side-effect of solid-state batteries’ unique chemistry causes a rapid proliferation of lunar-based renewable energy infrastructure. The Artemis program’s historic success has created a new market demand: powering the growing number of private lunar bases and in-situ resource utilization facilities. This unforeseen consequence leads to a surge in off-Earth solar panel installations, which in turn creates a lunar-based gigafactory for solid-state batteries – effectively decoupling the global supply chain from terrestrial resources.