The future of solar panel technology is bright. Move aside, Jetsons! We have a few technological breakthroughs that are more exciting than talking robots and flying cars. Scientists are constantly finding better ways to harness the sun’s most abundant resource, solar energy. The latest solar panel technology will have a number of benefits for the environment, our energy consumption, and the next generation. These advancements are still in development, but they could change the way we see the world. Let’s look at the present and future of solar technology.
- Absorption
Solar panel technology advances are dependent on absorption. It determines how much solar energy can be harnessed to charge the world. All solar panel manufacturers are not the same. LG is one of the manufacturers that uses an antireflective coating on both the solar panel glass as well as the solar cell surface. This coating improves the panels’ ability to absorb sunlight rays. This means that more energy can be generated by the panels. These are just a few of the other advancements that can help you absorb more.
Space Based Solar Power
Did you know that only 48% of the sun’s energy is absorbed on the Earth’s surface? This is enough energy for the Earth to consume all of its energy for one year. But 52% of the potential solar energy (sunlight) is lost. Space-based solar power could be the solution to maximize the absorption of solar energy…right at the source.
This technology was born out of a short science fiction story. Here is a quick overview of how it works.
First, solar panels are attached to orbiting satellites.
These solar panels also absorb energy from the sun.
The satellites also transmit energy from space to Earth.
The Japanese Space Agency has done extensive research to develop a space solar power system that can transmit and operate by 2030. incoming solar radiation
Spherical Sun Power Generators
Enhancing the use of solar energy is one of the best ways to increase electricity generation. German architect Andre Broessel has designed a unique structural feat using the spherical sun power generator beta.ray. The Brussels prototype was made through his company Rawlemon. He hopes that it will “squeeze more juice from the sun.” It certainly has a chance.
The beta.ray orb collects both solar and thermal energy. It adjusts to collect the best angle according to the sun’s position. Although this prototype solar generator is still in its early stages, researchers are hopeful about the many uses this globe could power.
- Design
Like the solar orbs and solar panels, solar panel technology is also focused on generating more power via unique architecture. This isn’t just about the stunning roof design, but also the amazing functionality of the solar panels. The advancements in solar panel technology are directly related to cell design. Let’s take a look at the many ways that architects have improved the appearance of solar panels.
Gallium Arsenide
Gallium Arsenide was found to improve the efficiency of solar cells production by more than 47%. This is despite being originally designed for large-scale projects like satellites. The National Renewable Energy Laboratory (NREL), however, has continued to show that thin film gallium arsenide cells may be a cheaper alternative and still increase efficiency.
Building Integrated Solar Photovoltaic (BIPV), Solar Technology
BIPV is an architectural marvel. This blends the power of solar technology and the design of exterior materials. They are a crucial component of the creation of a net zero building model, the ThinQ Homes. The new solar panel technology has 16% module efficiency and a clear design that hides the solar cells. BIPV can be used to cover roofs, canopies and curtain walls. Skylights can also be used, but they will not affect the building’s design.
SolarSkins
SolarSkins is a solar panel technology that Sistine Solar has developed. The “skin”, which can be customized to cover solar panels, can transform their physical appearance. It preserves up to 99 percent of the energy generated by its light filter technology. You can choose any color, image or logo that you wish to put on your solar arrays. This is an excellent solution for anyone concerned about solar panels’ aesthetics. SolarSkins blend seamlessly with your roof, minimizing any impact on your energy production.
- Innovation
We give brownie points to creativity. The possibilities are endless when solar energy is used because of its abundance. Solar energy technology has advanced to increase energy absorption and provide new ways of consuming energy. Here are some innovations:
Biosolar Cells
These cells mimic both the photosynthesis process and the respiration functions of bacteria. Michigan State University studies ways to improve biological solar panels and make it easier for biosolar cells to integrate with them.
Solar Energy Harvesting Trees
Solar energy harvesting trees are artificial trees that harvest, store and convert solar energy as well as kinetic energy from wind. The 3D printing process creates the leaves. These leaves can be shaped into solar panels to absorb energy and are malleable. The prototype stage of the development is still ongoing and the trees can power smaller devices. However, larger electronics could be powered by more leaves.
Floating Solar
Floating Solar is a new trend! This innovation is ideal for areas with limited land mass that can install rooftop or ground solar panel systems. There is potential for widespread application. 71% of Earth’s surface is made up of bodies of water. Why not make solar power from it? Floating solar panels can generate high-power electricity without having to sacrifice valuable land. Japan currently has one of the biggest floating solar plants in the world, capable of powering nearly 5,000 homes.
Solar Panel Technology The Future of Your Rooftop
Our efforts with solar energy have made great strides. Solar currently makes up 2.3% of US electricity generation. But, it could do so much more. Scientists are always looking for ways to make solar more accessible to the masses. But you too can help.
Your home could benefit from solar power. You can also make solar energy more accessible by setting up your own solar system. To learn more about the many benefits of solar energy for your home, contact a Red Solar Specialist today.
This post was written by a professional at Red Solar. Red Solar was started with the mindset of renewable energy being the future. We want everyone to travel through this transition. We can all agree that solar is the best way to reduce your carbon footprint, but it’s not the only way. During a Red Solar energy evaluation, all energy commons in your home will be analyzed for results. Our expert technicians will guide you through the process for better understanding and reassurance. Contact us for more information today!
