Watch Out for Solar Technology in 2022 and Beyond

 Solar Technology in 2022

No matter if you work in the business or not, solar is and will continue to be one of the major investments we need to make to, well, keep Earth habitable. This year's Earth Month theme is "Invest in our planet."

The solar business, on the other hand, is still expanding incredibly quickly. Notwithstanding suffering supply chain challenges and a shortage of materials, the residential solar market grew by over 30% in 2021 and appears to be strong for the coming years, despite the pandemic's effects on solar growth during the previous couple of years.

One of the primary factors assisting the industry's continued growth? It keeps coming back to how quickly solar technology is developing.

In this blog, we'll examine some of the technology advancements that most intrigue us and speculate on how they can impact the solar industry and installers. This is by no means a comprehensive list; if there are any others, please share them with us along with any adaptations you've made.

In 2022, new solar technology

In fact, there are a tonne of different cutting-edge residential solar technologies under research or already in use in 2022. Perovskite solar cells, which may soon be used to make solar paint, are among the most promising recent technological advancements. Keep abreast on recent advancements in solar.

The following solar technologies will be worth watching in 2022.

The Perovskite Cell

Perovskite solar cells are constructed of perovskite and organic materials, and they are flexible, light, and inexpensive. Perovskite cells have the potential to improve photo voltaic deployment in a variety of uses, including powering vehicles and boats. But they have historically had two problems: instability and efficiency.

A few research teams from around the world have made significant advancements in the study of instability this year.

Researchers from City University of Hong Kong improved the stability and effectiveness of perovskite cells by coating them with conference, which are essentially compounds with iron at their core. In fact, according to laboratory testing, this conference layer might increase the perovskite devices' efficiency to 25%.

Scaling up these devices to a level that is practical for household use is one of the significant obstacles they still face. Currently, "a metal shadow mask was used to define and characteristic the device area as 0.08 cm2."

Perovskite is still more of a "interesting technology to watch" at this time.

Improved Solar Module Efficiency

The National Renewable Energy Laboratory (NREL) declared in 2020 that it has created a six-junction solar cell prototype with a remarkable efficiency of 47.1%. For a variety of reasons, this new technology isn't suitable for consumer photovoltaic installations, but that doesn't mean we can't still achieve significant advancements in solar panel efficiency.

Consumer-level panels with the highest efficiency are currently reaching 23% efficiency, up from 15% only ten years ago. Even slight improvements can result in increased power production from smaller roof spaces, shorter payback periods, and increased public interest in solar energy.

Recycled of Silicon

While the environmental advantages of solar power are a significant factor in its attractiveness to many people, the subject of what to do with panels that have reached the end of their useful lives is growing in significance.

Currently, silicon-based technology accounts for over 95% of all solar energy generation, so anything we can do to increase the recyclable content of panels is a significant gain.

Recently, a team of German scientists revealed the creation of 19.7% effective PERC solar cells produced entirely from recycled silicon. Regardless of the type, make, or origin of the panel, silicon might be retrieved from end-of-life silicon panels and recycled.

This is just one illustration of the work being done in the recycling industry, but the benefits might be enormous. Recycling silicon will reduce waste, open up new markets for solar devices that have reached the end of their useful lives, and produce new sources of raw materials for panel production.

Storage of solar energy

Another area where we see significant growth in 2022 is solar energy storage. Homeowners are increasingly thinking about solar battery storage for reasons like energy independence and backup power.

The development of high-capacity batteries with extended discharge duration — potentially up to 10 hours — is one of the key factors driving this market. This article provides more information about the battery technology available.

To really sell it to potential buyers, modelling software has required to advance in tandem with battery technology. And so it is. Battery Storage for Aurora, for instance, enables you to provide a homeowner a per-assembled smart suggestion that can be incorporated to your solar design in a matter of seconds.

Contemporary Solar Software

The solar sales and design software you employ may be the piece of hardware that has the biggest practical impact on how solar installers go about their daily business. The best solar technology is useless if there is no means to scale it and sell it.

Solar software is evolving at an exceedingly rapid rate. For our part, Sales Mode provides the most potent 3D design tool available in an interactive, iPad-friendly style for your sales staff. Even better, it enables your sales representatives to modify the customer's offering in the moment.

Other significant advancements consist of actions like integrated finance. Financing alternatives being directly integrated into Sales Mode allow salespeople to speed loan pre-approval and documentation – for themselves and customers — even though it may not seem as interesting as the other innovations on our list.