“The biggest issue around the globe is dealing with the power production. We have billions of people who have no access to energy or electric power at all.”
Addressing the worldwide concerns as varied as the power crisis, diabetes, mining safety and security, Professor Paul Dastoor and his team are at the footprint of the emerging field of natural electric powers.
“Our vision is that we want to see every building, every framework’s power generated [by] solar batteries.” He said.
The University of Newcastle Professor “Paul Dastoor” made this vision; a fact by creating the first printed solar cell in Australia.
University of Melbourne researchers has partnered with the industry to develop versatile solar batteries to cover roofs, windows, garments, phones, and cars.
Throw Radiating light on organic electronic devices
The pioneering organic chemistry legend and recipient of the Royal Medal had been looking into the qualities of organic light giving off diodes and decided to consider the concern from the various other directions. If you put power in as well as get light out, why cannot you do the reverse – beam on light and produce electricity?
Australia is a place with lots of the sunshine which helps people to grow the tradition solar panel systems. Join this growing industry and make the future of your country green.
The Power of Printed Solar Panels Systems
Being Australian you may have seen that at the Melbourne Exhibition as well as Event Center around 32 solar panels were powering the displays and screens of the exhibit 2017.
“Solar Panel is successful due to its cost-effectiveness and also simplicity. A 10 × 10 cm solar cell film is enough to create as much as 10-50 watts per square meter”
These paper-thin flexible solar cells could make it feasible to decrease transport costs and deliver the innovation to relocate locations. Actually, the modern technology just needs industrial-size 3D printers and also perovskite– a mineral containing lead, iodine as well as an organic component. In the future, solar batteries might provide electric power to 1.3 billion individuals in developing countries.
A major benefit of Printed Solar Cells / Printed Solar Panels is that it needs less sunlight to produce energy while the conventional silicon-based solar panels need much sunlight to be reliable and to generate energy. 3D solar cells use a more natural method to generate power in bulk.
Challenges against Printed Solar Cells
It has actually been revealed that the light-weight printed solar cells are vulnerable to moisture, which might cause lead contamination, so the business is presently working with the safety finishing that can give sturdiness and also the integrity of the cells without significantly increasing their thickness as well as weight.
Even though the current method of manufacturing allows making printed solar batteries at a minimal expense, there still are some problems that prevent the large production of the technology, which requires huge capital investments.
Business owners cannot pay to buy the printing machine needed to generate economical solar strips, says “Bernie Jones”, project co-leader of the “Smart Villages Initiative”, a company that aims to deliver off-grid solutions to rural areas in developing nations.
Despite all these challenges against printed solar cells, the modern technology has the ability to help bring solar energy even to the most remote corners of the globe and improve the living conditions of millions of people around the globe.
Go Green, Go Solar Power
Yes, now the future of Australia is in your hand. Bringing solar panels at your home will make your country green.
To help you make your country green “Solar Beam” is with you. It is an Australia’s best Solar Panel installer and service provider company which is offering you all kinds of solar panels and cells, inverters, and batteries on competitive price plus awesome services.
If you are in New South Wales, or Sydney then it’s the best option for you to get in touch with SOLAR BEAM team and ask for free quotations.
Solar Beam Pty. Ltd.
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