It’s one of the biggest international events of the year for solar thermal experts and for the first time it was held in Australia!
The SolarPACES (Solar Power and Chemical Energy Systems) executive committee meeting and conference enticed experts from countries including USA, Spain, Germany, France and China. During the event they discussed important solar thermal issues and all the latest developments in the technology, markets and the future of the technology.
CSIRO’s Wes Stein told us, ‘We’re hearing from the experts about their experiences in their different countries, not only around research and technology programs, but also around the measures that have made advancements possible in their country.’
This is important stuff for the future of solar thermal research and technology – to help get this technology operating efficiently and make it more affordable.
CSIRO’s two solar towers were operating for the visitors during the event as working examples of the technology.
Greeting the sun and a lovely rosy dawn, our heliostats in formation for Earth Hour (8.30pm, Saturday 23 March).
Want some practical energy saving tips? Our energy efficiency expert, Glenn Platt, blogged with The Newcastle Herald recently and answered all your ‘hot’ questions including saving money on your power bills and electric cars for the future.
There’s one type of solar intermittency that we can forecast well into the future. It’s a solar eclipse, and one was visible from parts of Australia for a brief period yesterday morning.
As with the Transit of Venus, many CSIRO staff took the chance to check out and photograph this unusual event. John Smith from CSIRO Animal, Food and Health Sciences got a great shot with his SLR of the maximum eclipse as seen from Brisbane.
Karl Weber, an engineer who works in CSIRO’s flexible electronics lab, got a different kind of eclipse photo in his Melbourne home. This one shows his son with the sun – a series of crescent-shaped suns, actually – projected through holes in venetian blinds and onto the wall.
Here in Newcastle we had grand plans to photograph our solar fields reflecting light from the partially eclipsed sun. Unfortunately, our plans were thwarted by cloud. Check back here on the blog in a few months time – we hope to have more luck when it all happens again in May.
Addendum: Robert Hollow from CSIRO Astronomy and Space Science took some stunningly beautiful photos of the full eclipse. See them and read his description of events in a dedicated post on our sister blog site, News@CSIRO.
Are you able to get to Newcastle this Thursday? Then why not come and visit our Energy Centre for yourself! A few spaces are still vacant for our next visitors’ day on 15 November, so if you’re interested in having a tour of our energy efficient buildings, solar fields and more, get your application in quickly. Our site is only open to the public four times a year, so don’t miss out.
Applications are available from the website here. Previous tours have had great feedback, so don’t miss your chance.
To reign as the national champions of the Science and Engineering Challenge, one of eight schools will have to excel today at a whole lot of different competitive tasks. Will they be designing and building the most rugged Martian Rover, the strongest and lightest bridge, the furthest reaching catapult, the most manoeuvrable airship, or something even more challenging? The precise line-up of activities is a closely guarded secret – but only for another hour or so, when the national finals begin in Geelong.
Right now, the finalists are limbering up their prefrontal cortices in preparation for battle – and this year, you can watch the competition in real-time. Tune into the Live Video Webcast at 9.20 am (Australian Eastern Daylight Savings time) for the introduction, and 2 pm for the nail-biting grand finale.
The Science and Engineering Challenge is a program run from the University of Newcastle with support from Australian Rotary Districts and other sponsors. It aims to show school students that science and engineering are about creativity, problem solving and team work – and it has been shown to encourage students to continue with studies in science and mathematics.
CSIRO Energy Technology has often been a proud supporter of our local events and we wish the competitors well in this year’s final. Go teams!
The CSIRO Solar blog has made it to 100 posts, and we’ve celebrated it by doing what we do best: harvesting power from the sun.
Photovoltaics research scientist Greg Wilson fabricated this dye sensitised solar cell in CSIRO’s Newcastle lab and I think you’ll agree it’s a pretty great way to commemorate our achievement and show off the technology at the same time.
Click through the pictures below for more details of the fabrication process.
We plan to show you this process in more detail in future posts of the blog.
We’ll also be posting ’100 facts about solar at CSIRO’ over these next few weeks, so keep an eye out for them.
Exactly one year ago Solar Field 2, CSIRO’s newest concentrating solar thermal facility, was opened by Prime Minister Julia Gillard. In the twelve months since, we’ve achieved a lot including successful operation of a new high-temperature receiver and demonstration of our improved heliostat design.
The next year is going to be a productive one, too, with no less than three new projects already underway for future installation on the tower – a new type of SolarGas reactor, an air turbine to be coupled to the existing receiver, and a new receiver for experiments and testing.
To celebrate the anniversary, I’ve put together a slideshow of images from the field’s construction, opening and first year. Click below to start.