The problem with renewable energy sources like sunlight and wind is that they cannot be used everywhere at any given moment. Instead, when energy is needed, only certain people can get it. But since most people can’t live in areas where the sun is always shining or the breeze is always blowing, there are a limited amount of places in the world where these energy sources are still possible.
One way to solve this problem is by adding more “renewable” resources to the mix. For instance, if you could grow potatoes using sunlight, then you can use them to provide both drinking water and electricity to places like Africa, where sunlight is scarce.
Another is to create machines that convert the renewable energy produced by renewables into something usable by humans, like a nuclear power plant. A recent project at the University of British Columbia (UBC) uses this concept with its “Power to the Grid” project.
Instead of relying on renewable energy alone for energy, the Power to the Grid concept has a couple of advantages. First, it can create more power if needed. Second, it creates a lot of value that could be used for other purposes than electricity.
UBC’s Power to the Grid involves using solar power and wind power to power a hybrid car. The car is designed to run on both renewable renewable energy sources. A solar panel converts the sun into electricity that powers the interior vehicle. A wind turbine converts the wind power into electricity for the wheels.
At the center of this system is a system that takes a combination of electricity produced by the solar panel and the wind turbine and uses it to power the car’s battery. This system does this by using a combination of high-tech computer technology and traditional electrical systems, including batteries, to produce electricity.
This video from UBC shows a short look and a small demonstration of the system.
The University of British Columbia is currently funding the Power to the Grid project. So far they’ve been experimenting with different ways of extracting the solar power to get the car on the road as quickly as possible. One way they’ve tried is to capture the sun’s energy by turning a pair of solar panels directly onto the roof of the car.
Now this approach has limitations. The solar panels that turn directly onto roof of the car would only be able to provide a small percentage of the car’s power. That’s why the team has been experimenting with other ways of extracting renewable energy
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