Smartflower Solar Panel Review

The next big difference between the smartflower system and a traditional solar panel system is that it includes a dual axis tracker so that it can follow the sun throughout the day and maximize its solar energy production.

Smartflower solar panel review.

Best solar panel manufacturers here is our short list of the best quality and most reliable panel manufacturers on the australian market based on company history quality real world performance service and feedback from solar industry professionals from solar industry professionals. The smartflower is a fusion between solar panels and art. It opens in the morning and closes at night cleans. In areas that are much sunnier or see higher utility rates than north carolina southern california arizona or hawaii for example the financials for the smartflower would probably look much sunnier.

The cost per watt for a smartflower is anywhere from 6 25 to 7 50 with an average price of about 6 75 assuming. From day 1 the rooftop solar installation is cheaper than the utility but the smartflower is about 0 02 more. The unit itself is 194 square feet. Much like a real flower the system unfolds its petal panels when the sun rises.

Leading the way discerning homeowners and innovative. It follows the theme started with the tesla solar roof launch which is making more aesthetically pleasing solar panels. Smartflower produces up to 40 more power than a comparable traditional rooftop system due to its ability to track the sun at a 90 angle from sun up to sun down and its self cleaning and cooling functions remarkable powerful and efficient. Visit this page to learn more all the specs associated with the smartflower solar panel including cooling features physical and safety specs.

We are proud of the revolutionary and efficient power behind the smartflower. Lots of viewers were asking about my solar panel in the background of a lot of my videos so i thought i would show you up close how it works. The best way to compare solar panel system prices is to determine the cost per watt of electricity generation.