Mobile phones and low cost solar panels revolutionizing Africa
Steven Sinofsky / Re/code : Tweets: @stevesi , @crashdev , @tori_arch , @benedictevans , @benedictevans , @nic221 , @montrepreneurs and @deanfankhauser Tweets: Steven Sinofsky / @stevesi : #powerwall will transform developed mets, but emerging mets will use it+solar & “leaprfrog the grid”. http://recode.net/... cc @elonmusk Chris DeVore / @crashdev : Fantastic anecdotes about the accelerating disaggregation of infrastructure by @stevesi http://recode.net/... #solar #globaldev Victoria Arch / @tori_arch : Will interest from traditional Valley ever translate to meaningful investment in social enterprise? http://recode.net/... @stevesi #socent Benedict Evans / @benedictevans : Looking at data suggesting many people in emerging markets spend as much each month on charging their phones as on connectivity Benedict Evans / @benedictevans : Improving the power-efficiency of $25 Androids might have more impact on affordable connectivity than balloons and drones combined... Nicole Hennig / @nic221 : Africa's Mobile-Sun Revolution. (Solar power + mobile phones makes for better life in developing countries). http://recode.net/... Andy Gordon / @montrepreneurs : Developing markets still leading the curve with important tech. Africa's Mobile-Sun Revolution | Re/code http://buff.ly/1E03KmI Dean Fankhauser / @deanfankhauser : I wish it was happening in Europe... “Africa's Mobile-Sun Revolution” - http://recode.net/...
Context & Ripple Effects
Steven Sinofsky's argument lands in a specific arc: the same smartphone supply chain that made small, cheap, low-power components ubiquitous is what puts both sub-$100 handsets and low-cost solar panels within reach of African consumers, letting power and connectivity arrive as consumer products rather than utility buildouts. His framing — that Tesla's Powerwall matters less in developed markets than in ones positioned to "leapfrog the grid" — turns a Valley product launch into an emerging-markets thesis.
The related coverage shows the thesis aging well: four years on, MTN and Orange are selling roughly $20 KaiOS-powered phones to pull more of the continent online, and Benedict Evans' 16 theses on what is driving transformation in mobile treat exactly this kind of component-cost collapse as the engine of the next billion users.
First-order effects
- African consumers gain access to electricity and internet connectivity without waiting for centralized grid or fixed-line infrastructure, since solar panels and phones are purchasable incrementally at consumer prices.
- Carriers such as MTN and Orange get a growth lever: as their later $20 KaiOS handset push shows, ultra-cheap devices convert non-subscribers into paying data customers.
Second-order effects
- Device economics force software to change shape — as the next-billion-users redesigns around voice, video, and images reflect, low-literacy, low-bandwidth markets push firms away from text-first products.
- Competition shifts from network coverage to device affordability, pressuring handset makers and carriers to chase progressively lower price floors for connected hardware.
Third-order effects
- If the pattern holds, infrastructure itself disaggregates: power and connectivity become distributed consumer goods bought piece by piece, and the utilities-and-carriers model loses its default position as the gatekeeper for electrification and internet access across emerging markets.
The trend: Emerging markets are leapfrogging centralized grid and telecom infrastructure by adopting cheap distributed technology — solar panels, low-power components, sub-$50 phones — as the delivery mechanism for electricity and connectivity.