Indoor Solar Panels | EcoTech Insights
Imagine never having to look for an outlet to charge your phone again. That’s the goal of indoor solar technology, which leverages natural and artificial light to generate energy. Sustainability analyst Bonnie Schneider examines innovations and obstacles in this emerging space.
Transcript
Hi everyone. I'm Bonnie Schneider with your Ecotech Analyst Insights. Do you ever find yourself searching for an available outlet to charge your phone?
Well, soon you may not have to. That's the promise of indoor solar technology, also known as ambient photovoltaic. These innovative light absorbing panels have the potential to make disposable batteries obsolete and reduce e-waste.
The latest advancements in this field are impressive. Some indoor solar panels can now convert nearly 40% of indoor light into electricity. That's almost double the efficiency of outdoor ones.
Leading companies in this space, like ambient photonics, are developing cells that can generate enough power to charge smartphones and small devices. Their technology can turn low intensity, light sources like LED and fluorescence into usable energy, but it's not as simple as it sounds. One of the criticisms of indoor solar power is that it can be inconsistent as the light source may be unstable.
Individual habits and the amount of natural light available can vary. Plus the cost of production and integration remains high, making it tough for these solutions to gain widespread traction. Researchers are working to solve these problems.
Some teams are experimenting with hybrid systems that combine indoor solar cells with small batteries to ensure consistent power output. Indoor solar technology has the potential to change the way we use and store energy as innovation works to ensure cost efficiency and integration with existing infrastructure. The key lies not only in technology, but also getting people to use it.
Indoor solar advocates will push for greater adoption to make these systems a viable part of everyday energy solutions.