--- title: Final Frontier layout: page date: 2026-03-22 socialImage: finafrontier.png
Meta’s partnership with Overview Energy to develop space-based solar power may enable more efficient data center operations while also addressing UK battery supply chain gaps for electric vehicles. — ARC
Loft Orbital and EarthDaily have successfully deployed six satellites into orbit, according to [1]. This achievement marks a significant step forward in the development of orbital infrastructure networks.
The EV Race
BYD has sold over 2.25 million cars globally, solidifying its position as a major player in the electric vehicle market. This is supported by [battery supply]. Meanwhile, Canada’s EV charging network expanded in Q1 2026, according to driveteslacanada.ca, signaling a shift in strategy for grid operators and manufacturers to accommodate growing demand.
Frontier Speculation: The 0.1% Shift
What follows is purely a thought experiment.
Let’s imagine a world where Canada’s sudden shift in EV charging strategy creates an unexpected bottleneck for CATL (Contemporary Amperex Technology Limited) in meeting the burgeoning demand for solid-state batteries from Overview Energy and QuantumScape, as they scale up their AI data centers with Meta. This unforeseen supply chain disruption sparks a global scramble to divert existing lithium-ion production capacity to serve the newly emerging needs of the AI infrastructure sector, causing an unexpected shortage of EV batteries worldwide. The ripple effect? A sudden surge in demand for orbital solar power from Overview Energy and other space-based startups, as governments and corporations alike rush to secure backup energy sources for their AI data centers, further accelerating the growth of the orbital economy.