Future iPhones Will Be Solar-Powered

May 27 2008 / by Alvis Brigis / In association with Future Blogger.net
Category: Energy   Year: 2008   Rating: 8 Hot

I’m already big on the future of the iPhone, particularly its potential for underdeveloped regions like the African continent, so Apple’s latest patent filing for a solar-powered iPhone only serves to further my belief that the device will not only go big, but also spread very broadly.

According to Mac Rumours who first discovered the patent application:

The most interesting technique described by Apple … is the integration of the solar panels behind the actual LCD screen of a portable device. The solar panel would absorb ambient light that passes through the LCD screen of the device. ... If successfully implemented, Apple’s iPhone, iPod and laptops, could require no outward changes in design to add solar power.

As the price of both iPhone components and photovoltaic (PV) cells comes down steadily, this will add to the appeal of the increasingly coveted device, especially in resource-strapped areas as rising oil prices gradually push up the cost of manufacturing, transportation and electricity.

Adding solar cells beneath LCD screens is such an elegant no-brainer that it’s difficult to imagine a period in the near future when all mobile phones/computers aren’t forced to integrate solar. The main plausible alternative I can see is the prevalence of small plug-in PV power stations (either based at home, mounted on the car or worn) that can directly or indirectly charge mobile devices. But even then, just knowing that your device can charge autonomously still seems quite desirable.

In what year will a solar-powered iPhone hit the market?

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The Great Lunar War of 2023-2024: Helium-3, Surface Area & Solar Supremacy

October 16 2008 / by Alvis Brigis / In association with Future Blogger.net
Category: Energy   Year: Beyond   Rating: 2

A soft future fiction scenario.

By 2020 space had become an unexpectedly crowded place. Catalyzed by evolutionary shuttle design systems, increasingly capable robotics, and super-efficient solar cell technology, mankind’s Space Reach had expanded considerably. Orbital tourism had exploded, asteroid mining efforts were in their early stages, extra-terrestrial solar harvesting had become the new rage and the race to dominate the extensive lunar Helium 3 reserves (a critical step toward the seemingly inevitable construction of a Dyson Sphere) was on.

On April 1, 2021 the first lunar construction bots, assembled in orbit using scattered material from the McMullen Asteroid Incident of 2018, and sent forth by private company LunaFacia, parachuted to down to the moon. - Sure, it’s impossible due to lack of atmosphere, but please suspend your disbelief for the moment. ;)

Controlled by a mix of on-board AI algorithms and remote instruction from “pilots” orbiting the moon in private spacecraft, the multitude of Lunar Bots quickly deployed arrays of fold-out solar cells across the surface of the four major Helium-3 sites. It soon became clear that LunaFacia, a Chinese-funded venture, was systematically laying down the infrastructure for an extensive mining and nuclear energy operation.

Of course, the play to dominate lunar Helium-3 did not sit well with the United States and the Russian Federation, the #2 and #3 world economies, and so they formalized the secret Greiner-Blashinsky Lunar Surface Pact and commenced collaborative construction of a similar solar droid army.

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