Tag Archives: Australia

Eco Architects Endorse New Energy Law

25 June 2010

Jacinta Goerke, Journalist

THE federal government’s new law to introduce energy efficiency certificates for commercial building landlords as from 1 July 2010 has been welcomed by eco architects.

Western Australian eco architect Mr Garry Baverstock said the legislation was a sensible move and he hoped it would soon include residential buildings.

“The built environment constitutes between 30 and 40 per cent of CO2 emissions so the more we move toward retrofitting existing buildings and ensuring new ones comply with passive solar design principles, the better,” said Mr Baverstock.

Mr Baverstock said ongoing price hikes for electricity, gas and water had seen a shift in the way people thought about their homes and office buildings.

“People are now interested in how the orientation and materials used to construct homes and commercial buildings can significantly reduce their energy bills,” said Mr Baverstock.

“My only concern is whether the new law will be open to misuse.

“The ACcuRate system allows homes with air conditioners to receive higher ratings than those without which is absurd in most metro and south-west locations because properly designed and constructed buildings simply don’t need air conditioning,” said Mr Baverstock.

Mr Baverstock said money and legislative change were the main motivators in changing people’s behaviour.

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REDP Funding Finally Announced for Two Big Solar Projects

11 May 2010

John Grimes, CEO
Australian Solar Energy Society (AuSES)
Website: www.auses.org.au
Email: CEO@auses.org.au

The Australian Government has awarded $92 million to two large-scale solar energy demonstration projects.

The two projects are:

1) 23 megawatt solar boost to coal-fired turbines at Kogan Creek, near Chinchilla in western Queensland ($32 million), using Ausra (now Areva) Compact Linear Fresnel Reflector technology

2) 40 megawatt concentrated solar thermal demonstration plant at Whyalla, South Australia, using Australia’s own “Big Dish” technology ($60 million).

Combined with investment from the successful applicants, the two projects will deliver about $320 million in solar energy investment in Australia and more than 60 megawatts equivalent of solar peak load generation capacity, within the next four years. These projects will save almost 100,000 tonnes of CO2 emissions a year.

Additional details of the projects follows:

• CS Energy Pty Ltd – $31.8 million
The CS Energy project at Kogan Creek in Queensland will demonstrate the Compact Linear Fresnel Reflector (CLFR) solar array technology developed in Australia by Ausra Pty Ltd. This technology is now being marketed world-wide by the Areva Group. The project will be attached to the existing Kogan Creek A Power Station to provide a 23 megawatt equivalent superheated steam solar boost to the coal-fired turbines. This will allow an increase in energy output as well as saving around 35,600 tonnes of CO2 emissions per year. CS Energy is a Queensland Government-owned corporation.

• N.P. Power Pty Ltd (Whyalla Solar Oasis Consortium) – $60.0 million
The Whyalla Solar Oasis Consortium will demonstrate Wizard Power’s ‘Big Dish’ concentrated solar thermal power generation technology developed at the Australian 2 National University in 1994. The 40 megawatt demonstration plant at Whyalla will utilise 300 ‘Big Dish’ solar thermal concentrators that will be built on site using Wizard Power Pty Ltd’s proprietary factory-in-the-field concept. The technology is easily scalable and a successful demonstration of the ‘Big Dish’ technology will open the way for further deployment of the technology, both within Australia and overseas. The project will generate power for about 9,500 average households and save about 60,000 tonnes of CO2 emissions a year. The Whyalla Solar Oasis Consortium consists of N.P. Power Pty Ltd, Sustainable Power Partners Pty Ltd and Wizard Power Pty Ltd.

AuSES welcomes this funding announcement, and congratulates the two projects selected. We look forward to seeing the emergence of large scale solar as a result of this announcement.

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The State of Greenness in Melbourne, Australia: Part 4

February 22nd to Feb 26th, 2010

Green Cities and Universities Report: Part 4

by Garry Baverstock AM, Adjunct Professor, Murdoch University, Western Australia

Who Turned the Lights on
On a humorous note, or ironical one dependent on one’s sensibilities, I noticed that the large retrofit project for the Building Commission/ Plumbing Industry Commission at 733 Bourke St, had all the lights turned on. As a predominately day use building it was covered with an exhaustive number of high bay fittings and despite their being an amazingly successful natural light level in the spaces, the lights were still used and there was no dimming mechanism to save energy. The obvious question was what is the point of having a 6 star building and you leave all the lights on?

Over many years this has been my criticism of many efforts in relation to sustainable development. The use culture is all-important and the stakeholders must be committed. Otherwise, we will be achieving very little and just adding cost and complexity to building projects. It was a little embarrassing when I ask the question of why the lights were all switched on, but at least I exercised the decorum to address the question to the CEO privately. I know the use of day lighting and dimming technology had the potential to save Bunnings’ warehouses about 50% of their lighting bills across Australia. Their lighting bills were a significant component of their energy costs. This was the result of our Murdoch University/RISE investigation over 18 n months, so I did know the impact of a 6 star building leaving all the lights on. The rating would be meaningless. I guess this will be rectified in due course.

This docklands project was in fact very well done. There would be no issues at all in leaving the lights completely off most days and having an operable dimming control that would probably save 50% energy on the general lighting even on dull days in Melbourne. So there was some action needed to turn this 6 star-opportunity into a reality. In my opinion there were far too many fittings needed for a building of this type and hours of use. If parts of the building were to be used at night, then instituting a task lighting strategy would have been a far more energy efficient option. But, it is encouraging seeing emerging examples of buildings designed to encompass potential energy and water efficiency.

However from the tour of other buildings in the Docklands precinct, I concluded that many architects and engineers have some way to go in designing effective summer shade mechanism externally. Fad and fashion are still overly dictating the final results. I am hoping that aesthetics and function will one day rejoin as a design philosophy. When generation X and Y realize they are actually inheriting this earth and need to step up to the plate to deal with measured outcomes, then Green Building as a movement will move onwards to where they need to be.

Fashion vs. the Sun
Fashions come and go but the solar radiation issues remain. I was surprised to see so many highly rated buildings exposing huge areas of unshaded glass on the eastern side of buildings. One may get away with this in Melbourne for most of the year, but occupants still fry in hot weather. In no way would a building be considered energy efficient in Perth with such exposure. I am also concerned that fad and fashion to mechanical solutions are also adding costs unnecessarily to many of these buildings when low cost innovative alternative are available. The lack of use of solar air collectors for winter heating was also little disappointing. These solutions have been around for decades. There needs to be more innovation applied and this is where the linkage of innovators with more focused university research could deliver better and more cost effective solutions as green buildings and their assessment methods evolve.

When Fact Overrides Opinion
The science is now telling us that a run away green house effect could be the outcome of the human race not addressing climate change effectively over the next 40 years. Culture change is going to be needed and will be a large component of achieving success when really, failure is not an option.

My perception in talking industry people, consultants as well as university administrators there is growing progress in the East of Australia but a laggard attitude in Western Australia. I find this particularly frustrating after 40 years of developing expertise and pushing the cause. Murdoch University has been punching way above its weight with environmental education and research for such a long time. A fresh resurgence is now needed as all universities are in a fashion stepping up to the plate. However to be effective and efficient with the resources currently being made available by the Federal government a new era of collaboration needs to occur. This will only happen if external professionals and key industries get involved to make university education and research relevant to the cause. This is why I spend so much time attempting this approach.

The next 5 years are going to be very interesting indeed. Let’s hope that proper benchmarking of progress is possible and real advances, not perceived advances are made. But what Australia does not need is a series of “sheltered workshop” type research centres studying esoteric aspects. We need integration and collaboration with leaders from the professions and industry to achieve meaningful and useful results.

My perception from the Melbourne excursion is that there is a lot more work needed to nail the truths and realities down. As Al Gore has recently said, “we are all entitled to our opinions, but we have no rights to our own facts!”

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The State of Greenness in Melbourne, Australia: Part 3

February 22nd to Feb 26th, 2010

Green Cities and Universities Report: Part 3

by Garry Baverstock AM, Adjunct Professor, Murdoch University, Western Australia

Low Cost/ High Impact Solutions
I was impressed with the ANU program; led by Beth Mitchell, that engaged students in the implementation to same water wastage, waste minimization and reduction of energy use in the campus. This low-tech, low cost, economically viable approach will achieve more off the bottom line than the university going on the rampage developing a whole raft of green buildings around Australia, while demolishing old assets and not adapting them. The total ecological approach really has been a great strength of Murdoch University over many years, due mainly to economic necessity. It is strength, especially when current capital injections by the Federal government slow down. There is not a lot of money in green low-tech initiatives for the administration or the university economy as a whole. However such initiatives can a huge impact on our students and their integration into a real world and real jobs. One just has to look at the career of ABC celebrity Josh Byrne, an ETC product and how his career has blossom as a direct result of his hands on education at Murdoch. When “life after stimulus packages” occurs in Australia and the realities facing our economy crystallize out, there may impact on university managerial thinking in relation to infrastructure/building assets and the balance of expenditure on course development and practical research programs.

One of the key aspects of the conference that was mainly attended by administrators was the lack of cohesion between many administrators and academics. I was asked a question along those lines at my presentation. I basically pointed out that there was a large communication problem from my experience. The administrators should be more engaging with the academics that often have huge teaching, marking, tutoring and their own administrative burdens. The responsibility surely falls on the shoulders of the administrators, as they are the managers. A good manager not only manages the macro issues, but also sees it through somehow in a day-to-day situation. God is in the detail as they say. There must be a spirit of teamwork created and a sound level of trust between the two camps. The administrators must be capable of being good coaches and build respect from their academics. Often academics are on the brink of burn out due to the nature of their work and this must be a large concern for a good manager. While each party stayed in their own bunkers nobody was winning. Healthy linkage between camps is imperative as is the linkage to outside businesses and professionals. This is another important ingredient for the viability or sustainability of universities. I recount the Thomas Edison example given earlier. Universities need to tap in and help such people who through enterprise and genius can transform the world dramatically often with a single breakthrough. The reality is that they do not wait for universities to come up with the solutions, but could include them in the process if University administrators are prudent and creative enough to see it and use their time wisely to establish prudent linkages with such people.

Green Building Council Impacts
The Green Building Council of Australia tour as part of the Green Cities conference program was very well organized and presented. I went on the Dockland tour and it is obvious that the GBCA is making a difference with building developers and architects. I fully support this independent approach. It is healthy and cannot be hijacked by governments or any particular industry. My biggest fear is that eventually governments will attempt to control this as Greenstar approach as it is brought into the compliance system.

This will not be healthy and will impose a huge financial burden on the building industry if operated and policed by the bureaucracy. Eventually it will lead to corruption of the process and innovation as industry lobby groups through the political process hijack the agenda to advantage their vested interest. Professionals in the industry must keep a watchful eye on this danger to the system and support the organization and get involved to keep it a balanced ownership of all stakeholders and keep the focus on the public interest.

Having said all that, there is no improvement that will need to be made in serving the public interest first and the development industry in accordance with that mandate, we need to bench mark all greenhouse targets and quoting of emissions performances with a base line performance with 1990 energy and water use figures. This base line should be the averaged performance per square metre/annum for that year. If the performance percentages quoted as part of the GreenStar rating is related to a comparison with the worst practice for that building type then we are going to be sailing blind in assessing our progress in abating Climate Change. I will need to check this out more closely sometime with the technical people at the GBCA to clarify the basis for benchmarking the greenhouse emissions and energy savings figures quoted as part of the ratings.

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