Powering the future -- solar cells by the meter

Feb 19, 2009
Powering the future -- solar cells by the meter
Victorian Minister for Energy and Resources Mr Peter Batchelor (right) and CSIRO's Future Manufacturing Flagship research leader Dr Gerry Wilson examining a trial print out of flexible organic solar cells. Image credit - Tracey Nicholls, CSIRO

(PhysOrg.com) -- Trials commencing today promise a new era of solar cells that are printed like money.

World leading research from CSIRO's Future Manufacturing Flagship as part of the Victorian Organic Solar Cell Consortium (VICOSC) aims to develop flexible, large area, cost-effective, reel-to-reel printable plastic solar cells. Victorian Minister for Energy and Resources, Peter Batchelor, announced today the start of printing trials by Securency International, a banknote printing company.

"The production of these film-like solar cells will be literally as easy as printing money," Mr Batchelor said.

"These solar cells are cutting edge technology and offer advantages over traditional solar technology because of the potential to mass produce the cells cheaply and install them over large areas such as rooftops.

"The technology used for these cells is still in its infancy, but this project aims to speed-up the development of this technology and take it from research to rooftops as quickly as possible."

The Minister for Innovation, Industry, Science and Research, Senator Kim Carr said the trial was an exciting development for the solar industry in Australia.

"This research is at the forefront of polymer technology, which has already brought to the world the banknotes used in Australia and 21 other countries. It is an important step in building up the solar industry in Australia," Senator Carr said.

"To be able to manufacture flexible, organic solar cells which are 'printed' on to polymer in much the same way as money is made, quickly and cheaply, has enormous potential.

"The trial could also lay the ground work for a world leading Australian industry in printable electronics."

CSIRO Executive Dr Steve Morton said the technology for the solar cells was the result of work by CSIRO researchers on advanced polymers.

"We have assembled a team of world-class scientists spanning chemistry, physics and materials science to develop the molecular building blocks which will form the basis of this solar energy revolution," Dr Morton said.

"This research will act as a catalyst to the creation of world-leading Australian businesses in the field of printable electronics."

The three year $A12 million VICOSC solar cell project is 50% funded by the Victorian Government through an Energy Technology Innovation Strategy Sustainable Energy Research and Development grant. VICOSC includes researchers from the CSIRO Future Manufacturing Flagship, University of Melbourne, Monash University, with industry partners Securency, BP Solar, Bluescope Steel and Merck.

Mr Batchelor said the project was at the half way point and the progress being made was extremely good with these printing trials occurring six months ahead of schedule.

Source: CSIRO Australia

Explore further: Turning bio-waste into hydrogen

add to favorites email to friend print save as pdf

Related Stories

Biomarkers of the deep

Jul 25, 2014

Tucked away in the southwest corner of Spain is a unique geological site that has fascinated astrobiologists for decades. The Iberian Pyrite Belt (IPB) in Spain's Río Tinto area is the largest known deposit ...

A new approach to creating organic zeolites

Jul 24, 2014

Yushan Yan, Distinguished Professor of Engineering at the University of Delaware, is known worldwide for using nanomaterials to solve problems in energy engineering, environmental sustainability and electronics.

Recommended for you

Turning bio-waste into hydrogen

18 hours ago

Whilst hydrogen cars look set to be the next big thing in an increasingly carbon footprint-aware society, sustainable methods to produce hydrogen are still in their early stages. The HYTIME project is working on a novel production ...

Economical and agile offshore construction ship

Jul 25, 2014

Siemens is currently installing the power supply and propulsion systems into a new multi-purpose offshore construction ship for Toisa Ltd. The ship, which is being built by the Korean company Hyundai Heavy ...

User comments : 3

Adjust slider to filter visible comments by rank

Display comments: newest first

Nemo
not rated yet Feb 19, 2009
Would be great to have an idea about the projected installed cost per watt of these devices.
dirk_bruere
not rated yet Feb 19, 2009
I hate these stories where there is no science ie no numbers.
david_42
not rated yet Feb 20, 2009
Until they have some idea of the yield for the process, the stability of the cells and the baseline efficiency, making cost projections would be foolish. I haven't seen anything about the deterioration problems being licked and the best efficiencies I've seen are around 3%.