Category: Australia & Oceania


World's top solar racer SolarWorld No. 1 on track across Australia

October 28th, 2009 | Posted in Solar | No Comments

SolarWorld No. 1 - solar car

The acclaimed solar racer SolarWorld No. 1 can cross the 3,000 km without needing a filling station, and this coming weekend it will be proving its competence at the "Global Green Challenge in Australia." This vehicle, powered only by the energy of the Sun, will cross the deserts of Australia in silence at speeds of 120 km/h. The race will last 7 days, and the engineers of the Bochum University of Applied Sciences will be driving their creation from Darwin to Adelaide.

The Chairman and CEO of SolarWorld, Frank H. Asbeck says, "Our solar racer is a symbol for the diversity of solar energy applications. I am convinced that the future of sustainable mobility lies in electric vehicles that can fill up with CO2-free electricity from the sun at home."

This motor-vehicle is a prime example of the climate-friendly mobility of the future – it is powered directly by energy from the sun and no fossil fuels are burned in the process. The SolarWorld No. 1 has gotten its support from SolarWorld, the students of the faculties of mechatronics, mechanical engineering, electrical engineering and computer science at the Bochum University of Applied Sciences, and it has become a pioneer solar racer in the field.


Oceanlinx begins construction on final demo project in Australia

October 26th, 2009 | Posted in Hydro | No Comments

Ocenalinx, a UK based renewable energy company involved in developing ocean power harnessing technology, has announced the beginning of construction of the final demonstration scale ocean energy facility in Australia. The facility will be connected to the power grid, and is expected to start generating electricity in early 2010. Right now, the company is removing a previous demo facility, that has been installed and in operation since 2006.

oceanlinx-generator

Oceanlinx has developed a technology that relies on the highly predictable long-wave ocean swells to harness energy and convert it to electricity. This final demo project is the last before the company starts building commercial scale projects. The new plant will validate about 2.5 MW of power per unit, which is enough for about 4000 average Australian households.

So, how does Ocenalinx harness energy from ocean swells? The machine used to do that is tugboat-sized platform, which carries a system that uses compressed air flow created by the ocean swells beneath the platform, to power specially designed wind turbine that powers an electrical generator. Since the swells move back and forth, the turbine is also capable of generating power with air moving in both directions, while maintaining rotation direction.

oceanlinx-concept

The technology draws its roots from the oil industry, where oil rigs are built to float, rather than stay moored to the ocean floor. Oceanlinx' generator is basically a floating box, with an air flow opening on top, which houses a wind turbine. Generators are modular in design, and can be combined and configured to output a wide range of power capacities, depending on the size of the site, or demand from the developer. According to the company CEO, Ali Baghaei, these generators can be setup in arrays a few hundred meters long, capable of generating hundreds of megawatts of clean electricity, which puts this technology on the level of the biggest tidal power generating facility in France, the 240 MW La Rance power plant.

There are no submerged parts in Oceanlinx' generators, and the expected lifetime of each unit is about 20 years. The rugged design makes the generators capable of withstanding very harsh conditions on the open ocean. The first applications of the new technology may be made for the oil industry, to power desalination facilities for supplying desalinated water for deep-water oil rigs.

Ocean swells are a very predictable phenomenon, which gives another advantage to this technology. Unlike some other renewable energy sources such as wind, the energy of the ocean is steadier, and ensures long-term non-intermittend power supply.

Sempra Generation acquired Auwahi Wind Energy and its Hawaii wind power project

October 16th, 2009 | Posted in Wind | No Comments

sempraSempra Generation announced the acquisition of Auwahi Wind Energy, a company developing a 22 MW wind energy and battery storage project in Hawaii. The company was acquired from Shell WindEnergy, a subsidiary of Royal Dutch Shell.

Construction of the Auwahi wind energy project could begin in 2011, with commercial operation beginning in 2012. The wind farm is to be located on the Ulapalakua Ranch in the southeaster region of Maui. The storage facility is capable of storing about 28 MWh of energy and can be used to regulate peak consumption hours, as well as smooth out the intermittent availability of wind derived electricity, providing grid stability for Maui Electric. Sempra is planning to expand the capacity of the storage facility to 72 Mwh.

Shell WindEnergy decided to sell its Hawaiian wind assets in order to concentrate more on developments in mainland US and Canada. Maui's plan is to reach "95% of electricity from renewable energy by 2020".

ACCIONA commissions Waubra wind farm in Australia – its biggest so far

October 7th, 2009 | Posted in Wind | No Comments

ACCIONA announced the completion of commissioning of the company's biggest wind farm in Australia. The Waubra wind farm, located in Vitoria, has a total installed power capacity of 192 MW, and represents an investment of about EUR 270 million (AUD 450 million).

Waubra wind farm in Victoria, Australia. (Image: theCourier.com.au)

Waubra wind farm in Victoria, Australia. (Image: theCourier.com.au)

The Waubra wind farm consists of 128 ACCIONA Windpower technology wind turbines. The wind farm can generate enough clean electricity to power about 140,000 homes in the region. The units are ACCIONA's AW-1500 1.5 MW machines.

By connecting the wind farm to the power grid, the company has officialy completed construction and start-up of the power generating facility. Of the 252 wind power projects ACCIONA has developed around the world, this is the biggest so far.

Waubra won't hold the company record for too long. This November, the company expects to finish a 250.5 MW wind farm in Mexico.

New Zealand going deep to reach geothermal resources

September 29th, 2009 | Posted in Geothermal | No Comments

Efforts are being made by scientists in New Zealand to reach deep for pockets of energy they speculate are buried somewhere between 5 and 7 km below the Earth's surface. There may be enough hot water locked in underground reservoirs to power more than half the country's households. The only problem is finding these pockets and tapping the stored heat energy.

A four-year project is under way to install "plumbing" in the country's most attractive geothermal region, the Taupo Volcanic Zone, in the central North Island, according to this article. The depths involved are about twice the existing geothermal drillings at the moment. According to project leader, Greg Bignall (GNS Science), there could be potential for production of as much as 10 GW of electricity annually, for the next 100 years. New Zealand is aiming for "20% renewable energy sources", but if the new study proves the scientists right, they could be able to reach quite a bit more.

Scenery from the Taupo Volcanic Zone.  (Image: geysergazing.com)

Scenery from the Taupo Volcanic Zone. (Image: geysergazing.com)

So far, New Zealand is generating about 10% of the country's electricity needs from geothermal sources, drilled to depths of up to 3.5 kilometers. Drilling to depths double that is very expensive, so everyone wants to be sure there is enough potential to be tapped, before spending tens of millions of dollars.

GNS Science is working on a 3D computer model of the deep layers in the area, in collaboration with scientists at Industrial Research and Auckland and Victoria Universities. If findings are positive, the scientists hope that will give geothermal development companies the confidence to start deeper drilling and reach the hidden potential down there.

[via: Think Geoenergy]

Australian firm provided with 10 MW of modules by China Sunergy

September 7th, 2009 | Posted in Solar | No Comments

China Sunergy

An Australian-based PV distributor will be provided with 10MW of mono-crystalline solar modules by China Sunergy in a sub-contracted arrangement with OEM. Shipments are said to have already started this year and should be finished in 2010.

Dr. Ruennsheng Allen Wang, Director and CEO of China Sunergy said, "Australia represents another new market for China Sunergy, and our successful signing of multiple sales agreements with this new customer is a positive indication of our ability to deliver high-quality solar products globally."

With a total shipment figure of 41.5 MW in total, about 1.4 MW have been shipped under OEM arrangements, according to recent financial results form China Sunergy's second quarter. Anticipated shipments in the third quarter fall between 48 MW and 55 MW.

[via: PV-tech.org]

Australia adopts 20-20 strategy

August 22nd, 2009 | Posted in General | No Comments

australia-flagThe Australian parliament passed a law that demands 20% of the country's electricity to be generated from renewable energy sources by the year 2020. This matches what has become a standard renewable energy goal in Europe, but also elsewhere in the world.

Previously, the government set a rule that set a goal that was much smaller, in fact four times smaller, in 2001.

Even though this represents a welcome development for the Australian energy market and the environment, experts warn that more aggressive cut in greenhouse gases are needed to go along with the newly set renewable energy goal. The new bill will bring an increase in government assistance to industries which happen to be heavy users of electricity, but also create safeguards for existing investments in the coal mining industry.

Not all Australian members of parliament agree with the newly passed law. Some claim that a 30% goal would have been a better target, while also maintaining that big polluters were offered in fact too much government assistance. There are fears that renewable energy derived electricity will prove to be an expensive adventure.

Climate change minister Penny Wong, informed the Senate that even with as much as 20% of energy in Australia coming from renewable energy sources, the level of pollution has increased since 2000 by about 20%. A sever cut in carbon pollution is what's key according to many.

Vestas gets order for 111 MW bound for Australia

August 8th, 2009 | Posted in Wind | No Comments
V90-3.0 MW Vestas wind turbines.

V90-3.0 MW Vestas wind turbines.

A wind farm project in South Australia, the Waterloo Wind Farm, developed by Roaring 40s Renewable Energy Pty Ltd (a partnership between China Light & Power and Hydro Tasmania), is going to use 37 V90-3.0 MW Vestas wind turbines.

Apart from the wind turbines order, the agreements, as usual, also includes shipment, installation, commissioning and a 10-year service agreement. Also included in the deal is Vestas' VestasOnline Business SCADA solution.

Shipment is scheduled for Q4 2009, while site delivery and installation will take place sometime during 2010.

Tuvalu goes renewable, other Pacific island states may follow

July 20th, 2009 | Posted in General | No Comments

Pacific island states have always been identified with exotic holidays, beautiful nature and beaches. Unfortunately most of these islands don't have very high hills and highlands, and in fact are very sensitive to sea level rises. Tsunami disasters in the recent years have shown just how vulnerable many of these islands really are. With the growing expansion of global warming, it is expected sea levels are going to rise in the near future, due to the melting of the ice caps, which may pose a great threat to Pacific island states. Many fear they may be flooded and wiped off the map.

Tuvalu, a Pacific island state, is taking steps to transfer all of its electricity needs to come from renewable energy sources, and thus doing its part in slowing down of diverting the effects of global warming. The countries needs are estimated at about USD 20 million to come strictly from renewable sources, and satisfy the needs of its 12,000 inhabitants. The aim is to harness solar and wind power, and do away with diesel powered generators.

One of the Tuvalu islands. (Image credit: mrlins on Flickr)

One of the Tuvalu islands. (Image credit: mrlins on Flickr)

The country has set its 2020 target, and hopes world nations will agree to the strong new UN deal on carbon emission reductions, giving an example by switching to clean power entirely.

Even though Tuvalu's carbon emission profile is minute compared to other big developed countries in the world, everyone must do their part. Unfortunately, it will take a lot more than all the Pacific island states dropping fossil fuel power generation to achieve a significant effect, but this is a good start.

Biggest wind farm in Australia to be built in western New South Wales

June 5th, 2009 | Posted in Wind | No Comments

The biggest wind farm in Australia is going to be built in the far western part of the New South Wales. The state government has given approval for the project in Silverton, near Broken Hill. It will consist of some 600 wind turbines, that will generate energy equivalent to the consumption of about 200,000 average households. The Australian government is hoping the AUD 2.2 billion project will help secure the energy needs of NSW in the future.

Computer generated representation of the wind farm near ba hill.

Computer generated representation of the wind farm near Broken Hill.

Construction on the Silverton Wind Farm Developments will generate some 700 jobs and contribute to the economy of the region, but also provide clean energy and reduce carbon emissions. After commissioning the project will employ about 120 people permanently.

The wind farm was proposed back in 2007 by renewable energy group Epuron, part of the Macquarie Group. The first stage of the construction was approved under conditions regarding noise guidelines, visual amenity, limited environmental impacts that Epuron had to meet. Stage one involved the erection of 282 wind turbines, with hundreds more to come by the final stage.

So far, New South Wales has approved 14 wind farms, totalling in 2486 MW since 2005.