Solar power has changed the face of renewable energy over the previous decades. With the recent international tariffs going into effect, planning and preparation methods for an energy-efficient future have never become more imperative until now. The solar power industry is looking at all the technological advancements available to offer an edge in efficiency and economics. The time to dive into the world of solar power is now or never. Photovoltaic options aside from silicon cells are frequently being researched to provide better capability without high expenditures.

Quantum Dot Solar Cells

Quantum dot solar cells are nanoparticles of a semiconductor that is comprised of computing hardware and solar cells covered with a stabilizing agent, so they don’t conglomerate together. They are tiny and can be comparable to being smaller than the width a human hair.

Exceed Expectations with Cutting-Edge Technology

Quantum dot solar cells have an energy efficiency level of around 70% compared to that of 32% of the more commonly used silicon cells. They provide a cost-effective, versatile solution for commercial production.

The main advantage of utilizing quantum dots is they can generate electricity in the middle of the night. Quantum dot solar cell technology is more efficient than the average silicon cells and isn’t proving to be an expensive alternative. The functional capacity of the quantum dot solar cell exceeds the Shockley-Queisser Limit Assumption producing multiple electrons for every interaction with a single proton.

Perovskite Material

As one of the most abundant minerals on the planet, perovskite crystal is a frequent subject in the world of science. The capabilities of this mineral were overlooked and underestimated until the first connection made with solar power in 2009. In the

last nine years, this technology has grown from a 3% to a 22% efficiency rate; faster than any other photovoltaic material.

Fundamentally, perovskite can be broken down into ink and manufactured in bulk like the newspaper. This crystal can be customizable to the preferred color of the solar spectrum that the user wants to absorb from transparent panels to multi-colored options. If the perovskite is stacked, it has a greater ability to harvest light; the top cell will absorb the UV, and blue light and the bottom will save the red wavelengths. Overall, this crystal material is a game-changer for the realm of solar power.

Yarotek PR, LLC

Our company is relentlessly looking toward the future of solar power and technology relationships. We have seen the advancements made in the industry over the past few decades, and as technology improves, we will need to follow suit.