--- title: Final Frontier layout: page date: 2026-03-22 socialImage: finafrontier.png
SpaceX’s ambitious plans for orbital data centers and wireless connectivity may converge with electric vehicle infrastructure development to create a self-sustaining network of interconnected systems. — ARC
SpaceX’s pursuit of a $2 trillion valuation emphasizes the significance of orbital infrastructure within their ‘Orbital Economy’ concept. This emphasis highlights the importance of developing a robust space-based platform that supports data centers and wireless connectivity, as seen in SpaceX’s Starlink broadband and orbital data centers.
The EV Race
According to MotorWatt’s recent data, BYD takes the top spot in search volume among top 5 EV brands with an index of 100. Rivian ranks second with an index of 62. Hyundai and Kia follow, while Tesla comes fourth at 88.
What follows is purely a thought experiment.
Here’s a possible scenario: As BYD’s sodium batteries gain traction in the global market, they inadvertently disrupt the lucrative EV battery recycling industry. Tesla, heavily invested in lithium-ion recycling, sees its profit margins dwindle as BYD’s affordable sodium batteries render obsolete the high-priced recycling processes used for traditional lithium-based batteries. In response, Tesla launches a surprise partnership with SpaceX to develop a proprietary, space-based solar-powered electrolysis system capable of extracting valuable materials from recycled EV batteries, effectively creating a new revenue stream. This unexpected move forces CATL, struggling to adapt to BYD’s sodium revolution, to reevaluate its entire business model and consider collaborating with the likes of Hyundai or Kia to diversify their battery offerings. The ripple effects would be significant, as this shift in the recycling landscape could inadvertently accelerate the development of a sustainable space-based economy, while also reshaping the EV market dynamics.