The Future of Solar Power

The technology of solar power has evolved and had come a long way since it was first discovered. Previously the only thing that concerned the industry was about increasing its efficiency. But today, many aspects are taken into consideration for it to become more and more viable and accessible for all.

The most commonly used solar panels today are the mono-crystalline type. This panel offers the highest power to size ratio with slower degeneration. Compared to others the mono-crystalline can produce double the total output for longer duration. This type is slightly more costly than the others but the extra dollars are worth it.

A new age of solar cells is under development and is creating worldwide excitement on how it will change the industry. There are new thin film solar cells or thin film PV cells being produced by depositing one or several thin layers of photovoltaic cells on a substrate. The thickness of the film is measured by nanometers and micrometers, and is expected to look similar to Australian bank notes.

Although the technology is still under development and the efficiency is not as reliable as the mono-crystalline panels as yet, the technology opens doors to new possibilities of more manageable solar cells that can follow the contour of your roofs maximising every possible light.

Another technological marvel was developed in the form of the CSP or concentrated solar power . The system works by directing large area of sunlight to a small area amplifying the heat. The collectors usually are highly reflective mirrors and the point where they are angled is the boiler. The steam from the boiler drives an electricity turbine producing large amounts of energy. Though the technology is only applicable in massive projects, it has proven its potential and will now be used in one of Australia’s solar flagship programs which has been approved in North Queensland.

But probably the most industry changing development to date was made by the Australian researchers who recently developed the "print on" solar cell technology. The researchers said that the technology is still a long way before application, but if the time comes it will eliminate the need for large spaces for solar panels and even walls will be able to be painted on with the solar cells.

The researchers also said that the technology will be cheaper than any other renewable energy systems that exist today and be can applicable to virtually anything. So the next few years promise to be a very exciting time for the solar industry!

And all of us as well because as the solar power technology develops it is expected to do great things for both our economy and environment protection campaigns. These new technology is proof that we can do so much to reduce our carbon carbon emissions and eliminate our dependence in dirty and exhaustible fossil fuels.