Solar panel innovations the world should follow

Solar Panel Innovations the World should follow

There are many ways to utilize the power of the sun and one of it is through solar panels. Solar panels are the latest innovation

today that will support every industry especially in times where fossil fuels can no longer support the growing demands of each and every sector for the reason that it is not renewable. And with the great convenience that solar panels can bring to the families especially in reducing the cost of their monthly energy bills, it’s

not surprising that solar panels UK are very much in-demand. In fact, many have found a way to use solar panels the way we did

not think of before.

Belgrade’s Strawberry Tree – if you are in the middle of a phone call and found out that your smartphone is almost running out of battery, surely you’ll panic. But with this technology that allows cellphones to get charge, people will be rest assured even if they run out of the battery while away from home, because there’s a ‘strawberry tree’ ready to supply phones with the

needed charge. The Strawberry that was installed in Serbia aims to make renewable and sustainable energy part of the everyday

life where this technology will provide convenience, connectedness and education to the people.

Finland’s Solar Kitchen – ever heard of Lapin Kulta? This is the solar kitchen restaurant in Finland where all the food served to people is solar-cooked. The restaurant is only available during sunny days and the price of the food depends on how much

sunlight will be needed to get the food done.

Solar billboards in UK, Australia, and the U.S. – the campaign of using the solar panels on the billboards was started by Ricoh in Sydney, New York and London. It illuminates the signage when

it manage to harvests the necessary power from the sun

Netherland’s Sola road – Since Amsterdam is known to be the bike-friendly capital in the world, people have found a way to capitalize on their roads by covering the 250 miles bike paths

with protective glass layer on top that will protect the crystalline silicon solar cells below the surface. This project is expected to generate 50kWh per square meter each year and the energy that was produced will be distributed in the grid that will power

up traffic lights, streetlight and homes nearby the roads. Its energy retention will be maximized by the smart system during daylight hours and have stored for dark weather or night time

hours.