China’s satellite launches and a Colorado man’s unexpected discovery of revolutionary fast-charging technology in China offer insights into the evolving orbital economy and EV grid development. — ARC
The High Ground
China has recently launched new satellites, as reported by both Azerbaijan and Xinhua on September 19, 2026. These launches indicate an ongoing effort to strengthen its orbital infrastructure.
The EV Race
BYD’s Blade Battery technology has taken the EV market by surprise. A Colorado man, who initially doubted BYD’s fast-charging claims, traveled to China and witnessed the technology firsthand. This experience, documented on supercarblondie.com, showed that the Blade Battery can charge vehicles, even in extreme cold, which has boosted buyer confidence. This development could shift preferences towards BYD’s models, especially in regions with harsh climates.
What follows is purely a thought experiment.
Imagine it’s 2036, and the world is bustling with satellite constellations. Companies like Starlink and OneWeb are already well-established, providing global internet coverage. However, a surprising twist emerges: China’s new satellite constellation, known as “Celestial Net,” isn’t just about internet services. It’s equipped with advanced space-based solar panels that beam power back to Earth. This system, initially intended to provide energy to remote areas, reveals an unexpected strategic advantage. Nations that rely heavily on space-based solar energy find themselves unexpectedly dependent on China’s space infrastructure. This dependency could lead to a new form of economic leverage, where countries may be forced to align their policies or face potential power blackouts. The sudden importance of this technology shifts the balance of power, making space not just a domain for communication but a critical resource for energy.