Can EV battery-swapping infrastructure scale across emerging markets?
SUN Mobility · Energy infrastructure · Emerging markets
SUN Mobility needed to prove that battery swapping was a viable, scalable alternative to traditional charging infrastructure across chaotic emerging markets. Electrifying two- and three-wheelers in places like India requires zero downtime and affordable upfront costs — traditional charging models fail on both counts.
Context
EV battery swapping replaces a depleted battery in under two minutes rather than waiting hours for a charge. The promise is obvious: faster turnarounds, lower vehicle costs, better asset utilisation. But the reality of deploying physical swap stations across wildly different markets — India, Southeast Asia, Africa — is an entirely different challenge. Every country has different regulations, different grid reliability, different customer behaviour, and different local partnerships.
What I did
I helped drive international expansion, forging local partnerships and building go-to-market strategies that adapted to the distinct realities of multiple new markets. This wasn't a strategy problem that could be solved from headquarters. Every blueprint had to be rebuilt from the ground up once we arrived in a new country and discovered that our core assumptions about infrastructure, customer behaviour, and regulatory timelines were wrong.
What happened
We established operational blueprints and secured critical partnerships that allowed SUN Mobility to test and scale beyond its home market. But the bigger insight was about what didn't work: top-down strategy decks. What worked was deep local immersion, operational flexibility, and a willingness to rebuild playbooks in real time.
What I learned
Infrastructure only scales when hardware, local operations, and commercial incentives are perfectly aligned. Strategy is useless without deep operational empathy. A battery station that goes down in rural India doesn't just affect one customer — it breaks trust with an entire community that was just starting to believe electrification could work for them.
Why it matters now
This experience gave me an appreciation for the messy realities of the physical world. I saw firsthand how hard deployment is, which makes me skeptical of pure software solutions that ignore hardware friction. Every robotics or physical AI company will eventually face a version of this problem: your product works in the lab, but can you deploy it across fragmented, unpredictable, real-world operating environments?