NSW’s Sapphire Wind Farm to power 49,000 ACT homes, Canberra Times, Georgina Connery, 27 Apr 17
, It is a regional NSW project closer to the Queensland border than to Canberra, but within months the Sapphire Wind Farm will generate power for around 49,000 ACT homes. After a flight to Armidale and long car ride west of Glen Innes, climate change minster Shane Rattenbury toured the facility on Thursday.
The wind farm will be NSW’s largest once it is completed.
It is owned by CWP Renewables, a joint venture between two European renewable energy companies, and was one of two successful projects in the ACT’s 2015 second wind auction.
The farm entered into a 20 year contract to supply 100 megawatts of its 270 megawatt output to the ACT government and by mid next year 32 wind turbines will come online to supply energy for the territory.
“Construction commenced in January 2017 on the 100 megawatt Sapphire 1 wind farm, which is another significant step in progress towards the ACT’s 100 per cent renewable energy by 2020 target,” Mr Rattenbury said.
“The ACT supported part of the wind farm will generate 349,703 megawatt-hours per year.”
The ACT government’s reverse auctions have secured generating capacities of 40 megawatts from large-scale solar and 600 megawatts from wind farms over the past few years…… http://www.canberratimes.com.au/act-news/nsws-sapphire-wind-farm-to-power-49000-act-homes-20170426-gvtejh.html
For a start, the NSW Coalition government now has one thing that the federal government no longer has – a long-term target (2050) to achieve zero net emissions for the state, including its electricity grid.
More than that, while it does not have its own state-based renewable energy target, it has high ambitions of its own that put it on a par with what has been achieved in South Australia, and what is being sought in Victoria, Queensland, and in the territories.
The Climate Change Fund Strategic Plan – unveiled as part of the NSW 2050 zero emissions target last October – openly canvasses a scenario where the state doubles its level of renewable energy to more than 10,000MW.
NSW could be dark horse of Australia’s renewable energy boom, REneweconomy, By Giles Parkinson on 18 April 2017 Federal energy minister Josh Frydenberg must feel a little friendless when he gets together with his state counterparts at the regular COAG energy meetings and looks around the room.
For a start, there are four Labor and Greens energy ministers – ACT (100 per cent by 2020), Victoria (40 per cent by 2025), and Queensland and Northern Territory (each 50 per cent by 2030) – with specific renewable energy targets far beyond the federal government
Then there is the new Labor energy minister in Western Australia, Ken Wyatt, who is yet to declare his hand, but who is likely to scupper the state subsidy for electricity which disguises the high cost of its fossil fuels. Renewables, and particularly rooftop solar, are likely to be the solution.
The Coalition states are not likely to be much help either. Tasmania wants a new Basslink so it can build more wind farms and export “baseload” renewables into the Victorian grid.
That leaves, NSW, the only mainland state or territory with a Coalition government and energy minister. It should be a strong ally – especially given that a year ago it was branded the worst place in Australia to invest in renewable energy. But appearances can be deceiving. Continue reading
Energy policy: Gladys Berejiklian government might be greener than Mike Baird’s, SMH, 15 Apr 17 Kelsey Munro “….. Anthony Roberts, planning and housing minister in Gladys Berejiklian’s NSW government, which some believe is showing a far greener hue than the paralysed politics of climate change at federal level might lead anyone to expect.
Witness the Premier’s visit to the flood-stricken north coast earlier this month, where she said the flood was “a one in-40-year event, if not longer”, before adding, matter-of-factly, “Unfortunately, these freak weather incidents are going to increase.”
That is the language of a politician who takes mainstream climate science as an article of faith.
The government’s signals are particularly clear in energy policy, where the new Energy and Resources Minister Don Harwin is touting a statewide “boom in renewable energy projects”, mainly in large-scale solar. “Latest figures show our renewable energy sources already contribute 14 per cent to the NSW electricity energy mix,” he told Fairfax Media. “During the state’s heatwave on February 10 this year, at the time of peak demand, renewables provided 29 per cent of total energy generation.”
The government last week backed a Greens motion to support a technical change in the structure of the national energy market that would put batteries and other storage technologies on a level playing field with more established generators, with Mr Harwin saying in parliament he had already communicated that position to the Australian Energy Market Commission……..
According to the government’s modelling, 79 per cent of NSW greenhouse gas emissions come from fossil fuels………
One significant factor is that the economics have changed dramatically. It is now far cheaper to build large-scale solar or wind than new fossil fuel powered stations, Ms McKenzie said, pointing to the Council’s recent report which found electricity from new coal-power stations would cost $160 per megawatt hour, while solar farms are around $110 per megawatt hour and falling……
Nationally, Australia’s greenhouse gas emissions are rising steadily, after a carbon tax-driven dip between 2012 and 2014. http://www.smh.com.au/nsw/energy-policy-gladys-berejiklian-government-might-be-greener-than-mike-bairds-20170414-gvkyod.html
ABC Radio Sydney By Amanda Hoh 14 Apr 17 A start-up accelerator program, dedicated to supporting entrepreneurs designing renewable energy products and technologies, has kickstarted in Sydney.
EnergyLab, based in Chippendale, has granted four companies $50,000 each to spend 12 to 24 months bringing their clean-tech products to market.
Most start-up incubators give entrepreneurs 90 days to develop their products, according to co-founder Piers Grove.
The companies include:
- Eveeh: An electric vehicle car-sharing network.
- Iron Matrix: A Perth company designing a construction system that replaces bricks and mortar with easy-to-manoeuvre steel posts and solar panels.
- BlueVolt: Solar products that can be installed anywhere by anybody.
- Energy Assist: Loans company for those wanting to buy energy-efficient appliances.
The first cohort of start-ups moved into the EnergyLab hub this week at the University of Technology Sydney, where they will receive dedicated mentors, office space and partnership opportunities as they bring their ideas to fruition……..http://www.abc.net.au/news/2017-04-13/renewable-energy-startup-accelerator-launches-in-sydney/8442594
Renewables roadshow: how Broken Hill went from mining to drag queens and solar farms The home of BHP and Mad Max can now take credit for kickstarting the large-scale solar industry in Australia, Guardian, Michael Slezak, 13 Apr 17, “…….Broken Hill gave birth to one of the least renewable industries on Earth, but it can now claim to be the Australian birthplace of one of the most renewable.
On the outskirts of the city lies a solar farm that covers an area equivalent to 75 Sydney Cricket Grounds. Built by AGL, the 53MW Broken Hill solar plant is one of two solar farms (the other 102MW one is in Nyngan) built in outback New South Wales
at the same time. Adam Mackett from AGL, who was the project manager for the Broken Hill plant, credits these farms with kickstarting the large-scale solar industry in Australia.
Officially opened in January 2016, the plants were built with subsidies from the federal government through the Australian Renewable Energy Agency (Arena), as well as support from the NSW government.
With that funding, AGL was able to jump into the large-scale solar industry, and in doing so, create a supply chain that is bringing down the cost of solar farms around the country.
For example, Mackett says a manufacturing plant in the struggling car industry retooled to provide the frames for the solar panels, and is now able to do that for the whole industry. Continue reading
Transgrid gets 6,000MW solar proposals in 2017, sees 95% renewables by 2050 http://reneweconomy.com.au/transgrid-gets-6000mw-solar-proposals-2017-sees-95-renewables-2050/ By Giles Parkinson on 7 April 2017 Transgrid, the owner and operator of the main transmission line in New South Wales, reports that is has received “enquiries” about more than 6,000MW of large scale solar so far in 2017.The figure, revealed by business development manager Gustavo Bodini at the Large Scale Solar conference hosted by RenewEconomy and Informa earlier this week, is more than a six fold increase over 2016, and highlights the huge interest in solar as it matches wind on costs and beats new gas (and new coal) by a significant margin.
Of course, not all that 6,000MW will be built, or even get to development approval stage, but large scale solar is clearly the energy source of choice at the moment, accounting for at least half of new projects for the renewable energy target – a share that is likely to increase in coming years.
Amy Kean, the renewable energy advocate for the NSW government, showed this slide (on original) at the conference, indicating the amount of large scale solar already installed, under construction, and those in the pipeline and the “stealth” projects, which may well refer to the Transgrid enquiries.
This graph above from Transgrid’s Bodini is the most striking – because it predicts that by 2050, 95 per cent of the demand will be delivered by renewable energy – some 65 per cent from large scale renewables like wind and solar and hydro, and another 30 per cent from “distributed energy”.
That’s why, says Bodini, we need to get out and test new technologies, such as battery storage, to see how they operate and integrate with the grid.
There is some grace. There will be enough synchronous generation, Bodini says, within the whole National Electricity Market by 2030 to provide the inertia required to keep the grid stable. From that point, as more of the legacy coal and gas plants retire, it will be up to new technologies to take over.
The grid of the future, he says, will focus on better ways of managing peak demand, energy efficiency, widespread deployment of distributed generation (mostly solar), network based storage and new market rules to allow this to happen and one that promotes “genuine competition” and protects consumers when there is ineffective competition.
The “off-grid” guy is not happy with his off-grid system http://reneweconomy.com.au/the-off-grid-guy-is-not-happy-with-his-off-grid-system-58229/ By Giles Parkinson on 5 April 2017 One Step Off The Grid
Michael Mobbs has been involved in sustainability for more than two decades, leading public discourse with his “sustainable house” blog, cutting his connections to mains water and sewer more than two decades ago, and finally cutting the electricity wires to his inner-Sydney terrace home in March, 2015.
His exploits and determination to lead a self-suficent lifestyle earned him the sobriquet of the “off-grid-guy”. But two years after cutting the link to the electricity grid, Mobbs is deeply frustrated – his off-grid system is not working anywhere near as well as he expected.
For the last few weeks, in cloudy, rainy Sydney, Mobbs has had to turn off the fridge during the day to ensure that the house, which he shares with two others, has enough power for a “civilised life” at night-time. Worse than that, his system has a bug in it that causes it to trip every two days. Flashing digital lights have become part of his life.
“I’m running short of power,” Mobbs complains. He reckons that the system that he has in place is delivering 1kWh a day less than he expected. “I thought this would be a walk in the park, but I appear to have tripped over.”
Mobbs in now looking to replace the system, and has even launched a public ‘invitation” for people to suggest solutions. (Submissions are due on April 13).
But he wants this to be a public discourse, because from his experience he sees a cautionary tale for anyone looking to install battery storage, and particularly those who are looking to go off grid.
“I don’t live off-grid just for myself,” he writes on his blog. “I live off-grid to trial and to show options, create and publish real-life data for others, to give hope through action and accountability. ”
But he admits that his particular journey for going off-grid for electricity is incomplete. “When complete, and the new replacement system is installed soon, the project will show what is feasible.”
Although battery storage has been used for decades, mostly in remote areas that don’t easily connect to the grid, the mass-market is new, and so are many of the products now available to those in the inner city, suburbs, and regional towns.
And battery storage is a complex business – it relies so much on the consumer’s usage pattern, available solar power, local weather, orientation and how it is configured and paired with other hardware and software such as inverters and solar panels. Going off grid requires a bespoke solution.
Some people have the money and can throw surplus dollars and capacity at the solution. Hobbs clearly wants to find a smarter way – and in the inner city, he is restricted by space.
Mobbs says that from his experience it is pretty clear that there is a consumer blind spot. He now emphasises the need to be clear about what is wanted from the system, and for good monitoring and analytics to indicate what is going wrong and when.
So what did go wrong with his system?
Why Koalas Are Suddenly Drinking Extra Water, National Geographic, 30 Mar 17, Koalas usually get the water they need from their food—but hotter, drier weather is making some koalas desperate. March 31, 2017 – Koalas have been showing an uncharacteristic behavior: drinking water. Koalas typically meet most of their daily need for water just by eating leaves. But researchers from the University of Sydney have documented an increase in sightings of koalas looking for water. Cameras near watering spots around the New South Wales, Australia town of Gunnedah showed koalas coming to drink, a cute sight that nonetheless may signal increased pressure from climate change……..http://news.nationalgeographic.com/2017/03/koala-bears-water-eucalyptus-leaves-trees-australia/
Solar and storage boost? NSW households face 5c/kWh price rise http://reneweconomy.com.au/solar-storage-boost-nsw-households-face-5ckwh-price-rise-99553/ By Giles Parkinson on 17 March 2017 The continuing surge in New South Wales wholesale electricity costs – and in other states for that matter – is likely to add even more incentive for households and business to turn to rooftop solar and battery storage. NSW baseload futures prices for 2018 have jumped another $10/MWh to $115/MWh in the last two weeks, meaning that a rooftop solar system is cheaper than the wholesale price of the coal-fired grid, let alone retail prices which are more than twice as high.
Analysts at Morgan Stanley say that if the wholesale price increase was to be fully captured by energy retailers, then the retail price would need to rise by around 5c/kWh, or about 20-25 per cent.
This scale of rise, shocking as it would be, is unlikely to happen because most retailers will have a rolling hedge book that will mitigate part of the cost increase.
Still, Morgan Stanley expects that retail prices will still have to increase around 10 per cent from July 1, which would add at least 2c/kWh on to energy costs, which are currently 21c/kWh to 24c/kWh, not including hefty network charges of up to $1.50/day.
This should be yet another incentive for NSW households to invest in rooftop solar. The state trails most other states on solar penetration, with around 15 per cent of homes, compared to nearly 30 per cent in Queensland and South Australia.
And the fact that NSW retailers offer such a small amount on solar exports (most at around 6c/8c/kWh, with a couple of outliers on 12c/kWh) this should increase the attraction of battery storage.
NSW is already seen as the best state for battery storage because of the recent expiry of premium feed-in tariffs.
Malcolm Turnbull says Snowy Hydro plan will outdo South Australian battery storage
PM says plan would turn Snowy Hydro into energy storage system but Labor says proposal leaves unanswered questions, Guardian, Gabrielle Chan, 16 Mar 17, Malcolm Turnbull has used his expansion plans for the Snowy Hydro to try to outdo South Australia on battery storage, saying it would provide 20 times the capacity of the battery system proposed by the premier, Jay Weatherill. Continue reading
Benny Zable with Chibo Mertineit and 4 others . Sat 11 March 2017 Cape Byron Lighthouse, Byron Bay, Australia
Anti-nuclear activists gathered at Cape Byron Lighthouse today morning to mark the sixth anniversary of the tsunami that crippled the nuclear power reactors in Fukushima and to send a message of solidarity to the people of Japan.
Morning joggers and walkers were greeted by the sound of shakuhachi and Indonesian harp. The Pacific ocean rose in gentle swells; an osprey rode the updrafts.
Local activist Iris Nunn led the group in prayers for the children and families of Fukushima. Nimbin resident Chibo Mertineit spoke of the long peoples’ struggles to stop the spread of nuclear power that started in West Germany in the seventies and is now part of a global movement to draw attention to the perils of the nuclear age.
Activists unfurled a banner that said: Fukushima reminds us that nuclear power is a dead end.
With radioactivity still spilling into the oceans, land and air, activist called for urgent international assistance to resolve the crisis.
Artist and environmentalist Benny Zable said: “Say no to nuclear. Go Green!’ Pic: Harsha Prabhu
This summer saw record-breaking temperatures across New South Wales and most of eastern Australia. January 2017 recorded the highest monthly mean temperatures on record for Sydney.
The Bureau of Meteorology has confirmed the 2017 heatwave was the most severe since 1939, and since that time the frequency of such intense large-scale heatwaves has increased across spring, summer and autumn, and especially over the past 20 years. The maximum temperatures from the February 2017 heatwave now make up eight of the top 10 highest February temperatures for NSW ever.
What set this heatwave apart was the prolonged period of sweltering days and nights which impacted over one-third of the state. The people out at Moree suffered the most with 54 days in a row over 35 degrees. Walgett had 48 days above 35 degrees.
The heatwave contributed to almost 100 fires across NSW in February. Homes, stock and agricultural assets were lost.
NSW Health issued an air pollution alert and warning to those with asthma or respiratory problems on January 10, with ozone pollution made worse by the hot, still conditions. In Victoria, the heatwave was blamed for a large spike in deaths.
On the NSW South Coast, dairy farmers reported cattle dropping dead in the heat and humidity. Piles of dead turtle hatchlings were found on Queensland’s Mon Repos beach amid a heatwave which pushed the sand’s temperature to 75 degrees. This important breeding site for the Loggerhead turtle was turned into a baby turtle graveyard overnight.
Sydney Harbour suffered its first ever recorded coral bleaching last year and scientists predict more this year, with water temperatures exceeding 26 degrees at times.
Water temperatures have been more than 3 degrees warmer than average off parts of the NSW South Coast. It doesn’t sound like much when you’re enjoying mid 20s water on a 35 degree day, but marine life aren’t used to these spikes – these are signs that the ecological balance is at risk.
Of course, these heatwaves, fires, warming oceans and coral bleaching fit the predictions of climate change science about the impact of greenhouse gas emissions primarily by human activity.
New research released in February concluded that human activity was changing the climate 170 times faster than natural forces.
We are already seeing some key tipping points start to flip. In February, sea ice in Antarctica hit a record low. The melting permafrost in Siberia is causing craters to form on an ever-larger scale with the resulting methane release driving further global warming.
Before our very eyes the warnings of scientists are being realised. Climate change is not something off in the future – it is here and now – and given science has been right so far, their predictions about what happens next without action to drastically reduce emissions are truly frightening……..
The Greens, under Energy and Resources spokesperson Jeremy Buckingham have launched its ‘climate not coal’ policy. It sets out a 10-year framework for the phase out of thermal coal mining in NSW. This is a managed transition that calls for a 1 billion tonne cap on the amount of thermal coal that can be mined during the phase-out period while a supported exit of the industry occurs.
A $7 billion fund to assist impacted workers and communities would be created through the auctioning of permits to access the remaining coal allowance.
It is a bold plan but we need bold plans to respond to climate change. The Greens plan sits in stark contrast to no plan at all from the major parties in this state to deal with coal. https://newmatilda.com/2017/03/08/temps-rising-greens-plan-to-ban-coal-within-10-years-amid-record-heat-wave/
Climate scientists say likelihood of extreme summers surging due to global warming
Report’s authors say Sydney unprepared for knock-on effects of a significant increase in average summer temperatures, Guardian, Calla Wahlquist, 2 Mar 17, New South Wales, which has just experienced its hottest summer on record, is 50 times more likely to experience another similarly hot summer and 10 times more likely to experience extremely hot days under climate change, according to a group of Australian climate scientists.
The mean temperature in Sydney was 2.8C above average in December, January, and February, according to the Bureau of Meteorology, and the three-day heatwave from 9 February to 11 was the hottest on record from Sydney to Brisbane, breaking records set in 1939.
It us the kind of weather event that would have been considered a one in 500-year occurrence before 1910, before global warming had a significant impact on the climate system, but had now become a one in 50-year event, according to a new analysis released on Thursday.
“In the future, a summer as hot as this past summer in NSW is likely to happen roughly once every five years,” the report said.
It could make Sydney a less liveable city, one of the report’s authors, Dr Sarah Perkins-Kirkpatrick, said. Perkins-Kirkpatrick is a research fellow at the University of New South Wales’ Climate Change Research Centre and said Sydney was unprepared for the knock-on effects of a significant increase in average summer temperatures……..
Melbourne University’s Dr Andrew King, another author of the report, said that while Australia had experienced extremely hot days or extreme weather events in the past, the data showed the frequency and severity of those events had increased markedly in the past 20 years and would continue to increase unless drastic action was taken to reduce greenhouse gas emissions.
“Yes, people would have experienced 40C days several decades ago around different parts of Australia and in Sydney but we know that these incidences of very hot days are getting more frequent and we are setting more records for heat,” he said.
Australia broke 12 times more records for hot weather than cool weather between 2000 and 2014.
“The purpose of the analysis in this report is to raise awareness that climate change is already impacting on weather in Australia,” King said. “Hopefully it motivates action on climate change, because we know what the solution to climate change is.”https://www.theguardian.com/environment/2017/mar/02/climate-scientists-say-likelihood-of-extreme-summers-surging-due-to-global-warming
Tim Bickmore , Fight to stop Nuclear Waste Dump in South Australia There is also another elephant in the room which is yet to rate a mention. At Lucas heights there are 2 reactors – OPAL & HIFAR. OPAL is the working reactor, whilst HIFAR is the old one now undergoing de-commissioning – which includes dealing with more radioactive waste. Is the HIFAR waste (= old reactor parts) also destined for the dump? Considering the decommission schedule, this seems highly probable & where else would it go……
“HIFAR is currently being decommissioned and will be totally decommissioned by 2018.” HTTPS://WWW.FACEBOOK.COM/GROUPS/344452605899556/
SA power woes to spread nation-wide, starting with Victoria, Australian Energy Council warns, ABC News 9 Feb 17 By Claire Campbell The Federal Government needs to take urgent action to improve its energy policies before the rest of Australia falls victim to the type of large-scale blackouts experienced in South Australia, the Australian Energy Council has warned.
About 90,000 South Australian homes and businesses were blacked out Wednesday when the Australian Energy Market Operator (AEMO) issued a load-shedding order to avoid potential damage to the network equipment due to supply deficiency.
It asked for more power generators to be switched on but did not receive “sufficient bids” and said it did not have enough time to turn on the second unit at Pelican Point. AEC chief executive officer Matthew Warren said there was no shortage of electrons and available power, but it was not dispatched when required.
He said the entire nation’s system needed upgrading quickly because energy reliability was not just a state issue…….
AEMO has warned that load-shedding is possible in New South Wales on Friday. http://www.abc.net.au/news/2017-02-09/sa-power-woes-to-spread-through-rest-of-australia-aec-warns/8257032