HomeHeadlinesThanks to this teen scientist, solar panels to generate more electricity by following sun from dawn until dusk
Thanks to this teen scientist, solar panels to generate more electricity by following sun from dawn until dusk
Georgia Hutchinson is a 13-year-old scientist who has come up with a program that allows solar panels to follow the movement of the sun from dawn till dusk, thereby generating more electricity and enabling a faster pay off their purchase costs and utility bills.
Most solar panels are only set up to point in one direction – and while there are solar panels that are equipped with trackers that allow them to follow the sun by moving along two axises, they are incredibly expensive.
So as a means of maximizing a panel’s exposure of the sun, Georgia borrowed an equation that was developed by the National Oceanic and Atmospheric Administration (NOAA).
The equation uses a person’s location to state exactly where the sun will be in the sky at any given time. She then used the equation to program a solar tracker so that the panel could point directly towards the sun at all times. After that, she ran some experiments to compare exactly how much electricity her data-driven solar panel could generate in comparison to a fixed-point panel – and her results were impressive.
Thanks to this teen scientist, solar panels to generate more electricity by following sun from dawn until dusk
Georgia Hutchinson is a 13-year-old scientist who has come up with a program that allows solar panels to follow the movement of the sun from dawn till dusk, thereby generating more electricity and enabling a faster pay off their purchase costs and utility bills.
Most solar panels are only set up to point in one direction – and while there are solar panels that are equipped with trackers that allow them to follow the sun by moving along two axises, they are incredibly expensive.
So as a means of maximizing a panel’s exposure of the sun, Georgia borrowed an equation that was developed by the National Oceanic and Atmospheric Administration (NOAA).
The equation uses a person’s location to state exactly where the sun will be in the sky at any given time. She then used the equation to program a solar tracker so that the panel could point directly towards the sun at all times. After that, she ran some experiments to compare exactly how much electricity her data-driven solar panel could generate in comparison to a fixed-point panel – and her results were impressive.
Read more here: https://www.goodnewsnetwork.org/teens-solar-panels-follow-sun-from-dawn-till-dusk/
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