When it comes to solar power, it can be a lot to process and keep track of.

But now, researchers at MIT and elsewhere say they’ve figured out how to make solar panels that use the most efficient solar energy possible — and it might change the industry.

The solar energy used by these new solar panels could save more than $500 billion annually, says MIT energy expert Jelena Bijelica.

That could mean a whole lot of money for homeowners, especially those in rural areas where they could be the ones getting charged for their excess energy.

For example, if the sun shines down on your roof, the panels could make that power more efficient.

But for those living in urban areas, they could also make the solar panels cheaper and safer.

The MIT researchers say their technology could make the sun energy more efficient for homes and businesses by up to 60%.

That’s more than 10 times the efficiency of traditional solar panels.

But it also means the panels are less costly to build, produce more energy and save the environment.

The panels could be used to build the roofs of homes and commercial buildings, and even power a new electric vehicle that would be cheaper and cleaner than traditional cars.

The panels are already in use in Germany, China, the Netherlands and other countries.

The MIT team says it plans to commercialize the technology in the next two years.

This technology could revolutionize how we think about solar, says lead researcher Jelenka Bijela.

It could be a game changer.

For starters, it would make it possible to make the most energy-efficient solar panels on the market, Bijena says.

And the new technology could save energy in other ways as well.

For example, the solar energy could be made from other sources of energy such as wind and water.

Solar panels have a huge advantage over conventional solar panels because they use less energy and can operate at much higher temperatures than conventional solar modules.

The researchers say the new solar technology could potentially make it easier to install rooftop solar panels in urban centers or places where electric cars are not yet common.

The new technology might also help to cut greenhouse gas emissions, Bajelica says.

It could also mean a lot of good news for homeowners in those areas.

Solar panels could also help people pay for their energy bills, which could help homeowners pay for other items in their home, such as electricity.

In some cases, the new technologies could help address problems with electric vehicles, which have had a hard time finding widespread adoption due to pollution concerns.

But they also have the potential to make a big impact on a lot more people, Bixby says.

One of the most exciting things about the new energy, Belsaica says, is that it could potentially be used for a lot less than solar panels — something that solar companies have been slow to develop.

“If you can make it cheaper and easier to do this, then you’re going to see solar take off,” Belsanica says.

“That could really be a tipping point, because the solar industry is so competitive.”

The MIT group also has another technology that could help make solar cheaper.

This is called a co-catalyst, which basically turns the sun’s energy into electricity.

This new technology, called a photovoltaic, is actually more energy efficient than existing technologies.

The new technology works by concentrating solar energy into a single spot.

This way, the energy is spread out over a large area, rather than being spread out throughout the entire area.

It also reduces the amount of energy that is lost as the sun moves around.

“The energy density of this new technology is about 30 percent higher than that of conventional solar technology, which means it will save consumers more money,” Bijeli says.

This new technology has already been used in the United States to make electricity for homeowners.

In fact, a study published last year found that this new energy technology could generate as much as $50 billion in savings for households.

It will be a big step forward for solar energy, but it is not without its limitations.

There are still some technical and manufacturing challenges to overcome, such a lack of scale, says Rene Sainz, a professor of mechanical engineering at the University of Pennsylvania who has been working on the development of this solar technology.

But he says the new breakthroughs are huge and will allow people to have better choices in their homes and homes in general.

“Solar energy is an amazing energy source,” Sains says.

“This technology will allow us to make that energy more affordable.”