Solar technology is evolving rapidly, and in just a few years, it will be even more efficient and affordable than it is today. In 2022, solar panel technology companies will have progressed to the point where it can provide a significant portion of the world’s energy needs.
Here are just a few of the exciting advancements that we can expect in solar panel technology over the next decade:
AI-Powered Solar Panels
Some experts believe that in the future we’ll be powering solar panels with artificial intelligence (AI) and machine learning (ML). This would enable the panels to be far more efficient, as they would be able to take into account weather, time, and geographical parameters.
The usage of solar panels in this manner has already begun in sub-Saharan Africa, and it may prove to be the most effective strategy in the near future. With the world increasingly moving towards renewable energy sources, it is likely that AI-powered solar panels will play a major role in meeting our energy needs.
Did you know?
You can file for tax credits and other incentives when you install solar panels. So if you’re interested in solar panel installation in your home and you’re living around Victoria, you go to your local government website and read the latest on VIC solar rebates.
Thanks to advances in PV technology, it is now possible to incorporate personalized designs onto solar panel systems using a product called “solar skins.” Solar skins are thin films that are applied to the surface of solar panels in a similar way to window advertising covers.
Improvements in selective light filtering have allowed solar skins to continue operating at high efficiency. Solar skins filter sunlight so that it can reach the solar cells underneath. That’s while simultaneously displaying a bespoke image or message.
This offers a unique way for businesses and homeowners to brand their solar panels and make them more visually appealing. In addition, solar skins can also help to protect panels from weather damage and graffiti. As the technology continues to develop, we can expect to see an increasing number of people taking advantage of this innovative product.
Traditional solar panels can be bulky and difficult to transport, making them impractical for use on the go. That’s where solar textiles come in. These innovative fabrics incorporate solar filaments into each strand, allowing us to generate solar energy from everyday activities like walking or riding a bike.
This enables us to get our electricity exactly where we need it. It also lets us do so in an environmentally friendly way without the use of fossil fuels.
Floating solar farms
When it comes to solar power, many people think of traditional rooftop panels or sprawling utility-scale arrays. However, there is another potential power source that often goes overlooked: water bodies. Known as “floatovoltaics,” these photovoltaic (PV) systems can be installed on reservoirs, lakes, and other water bodies to generate clean, renewable power.
Floating solar farms offer an efficient alternative to traditional land-based PV installations. In addition, they can also provide a host of additional benefits. One of the major advantages of floatovoltaics is their efficient energy generation. Floating solar panels can achieve higher conversion rates than traditional rooftop setups. That’s due to the cooling effect of the water below.
In addition, because they are often placed above relatively still bodies of water, they experience less fluctuation in temperature throughout the day. Therefore, they are able to maintain optimal efficiency levels even in cloudy conditions.
And since they do not require costly real estate or land use permits, floatovoltaics represent an attractive option for locations with limited space for solar installations.
Beyond their impressive efficiency and low installation costs, floating solar farms have a number of other benefits as well. For one thing, they help conserve precious freshwater
Photovoltaics with BIPV
Photovoltaics, or PV, is an essential component of modern building design and construction. Typically integrated into building architecture as roofs, canopy systems, curtain walls, facades, or skylight systems, PV panels play a critical role in capturing energy from the sun and turning it into electricity.
Many solar purchasers primarily focus on the function of these panels. However, BIPV solar panels offer another key advantage – aesthetic appeal.
Standard solar panels can detract from the look of a building with their bulky structures and reflective surfaces. BIPV panels on the other hand enhance a building’s aesthetics. They integrate into a building’s design instead of sticking out like a sore thumb.
And beyond just improving aesthetics, utilizing this type of solar technology also allows homeowners to save money on both construction materials and electricity costs. Overall, then, BIPV is a fantastic option for anyone interested in incorporating solar energy into their home or business.
Solar technology’s bright future
Solar technology is constantly evolving, and the future looks bright for solar energy. 2022 will bring new advances in solar technology, including PV glass, solar skins, and solar fabric. These technologies will make it easier and more aesthetically pleasing to use solar power.
Additionally, research is ongoing to find ways to incorporate solar energy into everyday objects like clothes and tents. With these new advances, it’s not hard to imagine a future where solar power is the primary source of energy. Do you have any thoughts on the future of solar technology? Let us know in the comments below!