Vertically Stacked Solar Panels

Fewer rails are required to mount a solar panel vertically instead of horizontally.

Vertically stacked solar panels.

This blog post is written with the intention of highlighting the importance of solar innovations in a fast growing solar industry and specific aspects regarding the challenges and constraints faced in implementing them. Solar panels are supposed to last for 25 plus years and a lot of things can happen in that time. A whole stack of pancakes. There are a few very serious benefits to installing vertical solar panels as opposed to the horizontal ones.

When the sun is obstructed by mother nature efficiency will suffer. But as the mit article also states even in cloudy and or cold environments the design still outperforms conventional panels. Solar panels are mounted on racking that uses the rafters in your roof as anchors. Smacking some solar panels on this unused side of the building is a trend that is slowly and steadily catching up.

Make use of unused space. There are a few reasons why most solar panels are installed vertically. By going vertical and collecting more sunlight when the sun is closer to the horizon. Installing solar panels is a money saving investment.

They were able to stack 8 solar panels say 12 x12 within the footprint of one flat panel. By going vertical the panels were able. This will happen to any solar panel regardless of whether they are vertically stacked or not. Lower energy production means your installation will take longer to pay itself off lowering your roi and increasing the amount of time it takes to make your money back.

The particular case study of focus here is a vertically stacked solar array prototype developed by mr t. Solar installation companies mount their solar panels on rails attached to the steel bolts specifically for added security and stability. It s just a fact. Vertical solar panels are sub optimal for solar production and that is the biggest issue facing vertical installation.

Solar installation companies mount their solar panels on rails attached to steel bolts specifically for added security and stability. Mit researchers just unveiled a new three dimensional solar array that can produce up to 20 times more energy per square foot than traditional flat arrays and it s potentially more efficient.