‘Bold’ scheme launches to power every property on SA’s Eyre Peninsula with solar
‘Bold’ scheme launches to power every property on SA’s Eyre Peninsula with solar ABC Eyre Peninsula By Lucy Robinson and Emma Pedler 6 Sept 19, An ambitious plan to power every property in one region of South Australia with solar has been labelled an Australian first — but experts are divided over whether it will work.Key points:
- The Eyre Peninsula in SA has been plagued by blackouts and a new Community Solar Scheme is rolling out to boost energy security in the region
- The scheme includes finance solutions and free quotes to help people access the technology
- SA Power Networks said the current energy network in SA has “limited capacity to support solar” across the state
Home to around 60,000 people, Eyre Peninsula has been plagued by blackouts in recent years and left without power for several days at a time on multiple occasions.
Its towns were among those hit hardest by the statewide blackouts in September 2016, with Eyre Peninsula businesses wearing a median cost of $10,000 from the event.
The Eyre Peninsula Local Government Association (EPLGA) has released a Community Solar Scheme, put together by Regional Development Australia (RDA), which it says could boost energy security while helping residents save money on power bills…….. https://www.abc.net.au/news/2019-09-06/bold-solar-scheme-launched-to-power-whole-eyre-peninsula/11459992
Noosa the first Queensland council to declare a climate emergency – Mayor explains why
Why this south-east Queensland council declared a ‘climate emergency’ https://www.brisbanetimes.com.au/national/queensland/why-this-south-east-queensland-council-declared-a-climate-emergency-20190724-p52acd.html, By Tony Wellington, July 27, 2019
Frustrated by stagnant policy at the federal level, Australian communities are looking elsewhere for responses to climate change.
Businesses, communities and, increasingly, local governments are stepping up to the plate.
Noosa council declared a climate emergency to send a strong message, according to the mayor.
As the closest tier of government to the people, it’s our responsibility to listen to the concerns of residents, and they are demanding a healthy and resilient future for their children and grandchildren.
The concerns of our communities are not being heard by the national decision-makers. Local governments have no choice but to act as climate advocates for their communities and thus take matters into their own hands.
That’s why we in Noosa shire have set ourselves a target of net-zero carbon emissions by 2026 – and our community has jumped on board.
Our modelling shows that, if action is not taken to significantly reduce global greenhouse gas emissions, a much larger proportion of our residential and commercial properties will be within the storm tide inundation zone in the year 2100.
In other words, with a projected sea-level rise of 0.8 metres and intensifying weather events, many properties could be flooded in a significant storm or else subject to coastal erosion. We need to plan for this now, not wait until it’s too late.
Noosa recently became the first Queensland council to declare a climate emergency, joining 847 other government jurisdictions across the world who have already done so. We want to send a strong message to higher levels of government that this is the most serious issue facing humankind.
Noosa council is rolling out solar panels and battery storage, adopting a wide range of energy efficiency measures and tackling methane emissions from our landfill. And we are working with our community to reduce emissions at the business and household level. Of course, there is much more to be done. But we’re not alone.
We’re just one of many councils across the country who are rising to the challenge of climate change. From the Huon Valley in Tasmania to Port Douglas in northern Queensland, councils are working together through alliances such as the Cities Power Partnership.
We need to learn from each other and share our knowledge because we’re all in this together. Every local government wants to see sustainable, healthy communities that thrive in the future. And, like it or not, the future is renewable energy. Tony Wellington is the Mayor of Noosa Shire Council
Melbourne’s tram network is set to be powered by the state’s largest solar farm
 Victorian solar farm to generate enough electricity to power Melbourne’s entire tram network
The 128-megawatt solar farm near Numurkah, north of Shepparton, took less than a year to build and will use more than 300,000 panels to power the city’s trams. Key points:
It is one of two solar farms supplying renewable energy to the network, and will generate approximately 255,000 megawatt hours of electricity into the national grid each year. Victorian Minister for Energy Lily D’Ambrosio said the project was the largest in the state. “The Numurkah solar farm will play an important role in supporting the transformation of our energy system towards clean, renewable energy and reaching our renewable energy target,” Ms D’Ambrosio said. Farm built in record timeBased just outside of Numurkah in the tiny town of Drumanure, the farm spans 500 hectares of land once used for cattle grazing and cropping. The carbon emission reduction generated by the farm is the equivalent of taking 75,000 cars off the road or planting 390,000 trees…….. https://www.abc.net.au/news/2019-07-20/numurkah-solar-farm-to-power-tram-network/11327346 |
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Western Australian Aboriginal community uses solar hydropanel to solve problem of uranium in water
Buttah Windee in remote WA now has clean water thanks to solar hydropanel technology https://www.abc.net.au/news/2019-03-31/solar-hydropanels-fix-water-supply-in-remote-community/10941788?fbclid=IwAR2j446RfOuRIZNBC0K1xY6CWBq3Jnn48zx0b-WiuI8o96Jklb-bL1pfZHQ
Key points:
- Six solar hydropanels have been installed in the small WA community, capturing 900 litres of water a month from the air
- The community had discovered its water supply contained uranium more than twice the national health standard, and the State Government deemed it too expensive to address
- With the help of crowdfunding and technology donated by a WA company, the residents of the community no longer need to live elsewhere
The remote Aboriginal community is 760 kilometres north-east of Perth on the outskirts of Meekatharra.
Almost a decade ago, resident Andrew Binsiar discovered the community’s water was tainted with naturally occurring uranium at more than twice the national health standard.
“I was actually very surprised,” he said.
“You’d imagine people would test the water for human consumption before people are allowed to drink it.”
Unable to drink the community’s tap water, most of the 50 people who lived at Buttah Windee left.
Too expensive to fix: State Government
But for Andrew Binsiar and his wife Janine, leaving the home where they had raised their five children was not an option.
He turned to the State Government for help, but was told fixing the water supply would be too expensive.
“They come out and put up ‘do not drink the water’ signs and that was their solution to it,” Mr Binsiar said.
The State Government offered to move the remaining residents into state housing in Meekatharra, but Mr Binsiar was apprehensive about exposing his family to the town’s social issues.
“We knocked them back … for the simple reason I’d already been there and done that. My life changed when I moved here,” he said.
“I wasn’t a very good father when I lived in Meeka.”
Solar hydropanels pull water from air
Almost a decade on, Buttah Windee is the first remote Aboriginal community in Australia to use innovative technology for its water supply.
Six solar hydropanels have been installed at the outback community, donated by a WA company who heard about the community’s plight and wanted to help out.
Director of Wilco Electrical Frank Mitchell said the units captured water from the air and produced up to 900 litres of water a month.
“Those fans, you can hear them whirring away, are just drawing in air all day, all around, and the piece of material inside collects … the moisture in the air, then condenses down into the tank where it’s got a pump straight out to the tap,” he said.
Mr Binsiar said it was a simple idea, which should be introduced to all remote communities.
“Water is a basic human right that everyone deserves,” he said.
“It could mean better health for your children … I would guarantee that most communities have bad water.”
Crowdfunding rallies support
The near decade-long battle for clean drinking water has not come easily for the Buttah Windee residents, with Mr Binsiar turning to crowdfunding as a last resort.
Word spread quickly when Mr Binsiar began the fundraising campaign last year, and people from across Australia donated nearly $26,000 in three months.
“It was a huge success. The Australian public have been awesome,” he said.
Mr Binsiar used the funds to install a reverse osmosis water treatment plant.
“Reverse osmosis takes out all the contaminants in the water … on the back end of it, it puts the minerals your body needs back into the water,” he said.
“They’ve given us a chance where no-one else would and we are really proud of what we have done here.”
Barramundi fish farm to boost employment
The two separate systems now supply the community with safe drinking water and enough water to run a small barramundi fish farm.
Mr Binsiar and several residents built the fish farm hoping it would eventually provide local employment and a potential source of income. “Hopefully we can continue on and make it bigger and provide this region with fresh barramundi,” he said.
“I’d like to welcome everyone out to Buttah Windee and come and look at the work we do.”
New South Wales Labor’s pledge for ‘solar schools’
Labor promises $100 million for ‘solar schools’ https://www.smh.com.au/nsw-election-2019/labor-promises-100-million-for-solar-schools-20190315-p514i9.html, By Lisa Visentin, March 17, 2019 Labor leader Michael Daley has pledged to spend $100 million installing solar panels on hundreds of public schools across NSW.
Mr Daley linked his “solar schools package” to the recent student strike over climate change inaction, and said the policy would help teach students about renewable energy.
“As we saw at rallies across the country on Friday, the next generation is demanding real action on climate change,” Mr Daley said.
“Putting solar panels on schools will help students further their knowledge about renewable energy, as well as bring down their school’s power bills and reduce emissions.”
Under Labor’s plan, solar panels would be installed at 350 government schools. The $100 million package would be funded as part of the Labor’s $800 million “cool schools” policy to install airconditioning in every single classroom in the state.
Mr Daley’s announcement comes after he publicly backed the striking school students during a speech earlier in the week, describing their actions as a “demonstration of young leadership”.
His endorsement drew fire from Premier Gladys Berejiklian who said she was “appalled” the alternate premier was encouraging students to skip school.
It comes as a recent ReachTEL poll revealed climate change was a pressing concern for most NSW voters, with 57.5 per cent of voters saying it would influence the way they voted.
As part of the state election campaign, Ms Berejiklian has announced interest-free loans to 300,000 households for solar and battery systems while Labor has pledged to put solar on 500,000 homes over the next decade through rebates.
Ms Berejiklian earlier this week restated her government’s support for action on climate change and said NSW had the largest renewable projects in Australia.
“We’ve had a consistent position since we’ve been in government, that climate change is real and that as a government we need to do everything we can to deal with it and we have been,” she said.
New South Wales Labor announces plan for 500,000 households to get rooftop solar
Labor announces plan for 500,000 households to get rooftop solar, https://www.smh.com.au/national/nsw/labor-announces-plan-for-500-000-households-to-get-rooftop-solar-20190209-p50wrl.html, By Laura Chung,February 9, 2019 NSW Labor has announced it will support a program to help 500,000 households to install rooftop solar, reducing electricity bills in the next 10 years.
Under Labor’s Solar Homes policy, owner-occupied households in NSW with a combined income of $180,000 or less would be eligible for a rebate, to be capped at $2200 per household.
Shadow Minister for Energy and Climate Change, Adam Searle, said the policy could add solar to an additional million homes over the next decade, and could save the average household anywhere between $600 and $1000 a year on electricity bills.
“This is a bold program to push NSW to the front of the energy revolution,” he said. “This will significantly cut electricity bills and carbon emissions.”
“We will have much more to say about energy and tackling climate change.”
The program would be phased in during the 2019-2020 financial year. The policy announcement comes ahead of the launch of Labor’s campaign bus, which will travel around the state from Sunday.
The Smart Energy Council said Labor’s policy addressed two of NSW residents’ main concerns: the cost of living and climate change.
It shows “a strong commitment towards climate change” and is a “sign of confidence in renewable energy, a critical part of NSW’s future,” a spokesman said.
The council said it would like to see a stronger commitment from both the NSW Government and the Opposition to supporting families’ purchases of household solar batteries, which would provide people “with a greater sense of control of power and how they use power.”
In a statement, deputy leader of NSW Liberals Dominic Perrottet said Labor “cannot be trusted” to deliver more affordable, reliable and clean energy, “with a history of energy cost blowouts and blunders”.
The NSW Coalition government “is getting on with the job of taking pressure off electricity prices, while maintaining energy security,” Mr Perrottet said.
The problem of hazardous waste from discarded old solar panels
I have long been worried that environmentalists are seen to be enthusiastic about renewable energy, seeing it as the panacea for the world’s climate woes. Solar power is a great technology for replacing polluting fossil fuel power, but it’s only a part of what needs to be done – in the urgently needed transition from our wasteful CONSUMER SOCIETY to a CONSERVER SOCIETY. It must not become a contributor to the waste disaster. Australia’s enthusiastic embrace of rooftop solar has brought clear environmental and economic benefits, but critics say governments have dragged their feet in addressing the looming waste crisis.
As of December more than 2 million Australian households had rooftop solar installed. The uptake continues to grow due to the technology’s falling cost and rising electricity bills.
Photovoltaic panels last about 30 years, and those installed at the turn of the millennium are nearing the end of their lives. Many have already been retired due to faults or damage during transport and installation.
The nation’s environment ministers in April last year agreed to fast-track the development of new product stewardship schemes for photovoltaic solar panels and associated batteries. Such schemes make producers and retailers take responsibility for an item across its life cycle.
However, Total Environment Centre director Jeff Angel, a former federal government adviser on product stewardship, said action was long overdue and the delay reveals a “fundamental weakness” in Australia’s waste policies.
“We’ve had a solar panel industry for years which is an important environmental initiative, and it should have been incumbent on government to act in concert with the growth of the industry so we have an environmentally responsible end-of-life strategy,” he said.
Mr Angel said photovoltaic panels contain hazardous substances and “when we are sending hundreds of thousands of e-waste items to landfill we are also creating a pollution problem”.
“It’s a systemic problem that [applies to] a whole range of products”, he said, saying schemes were badly needed for paint, batteries, floor coverings, commercial furniture and many types of electronic waste.
Photovoltaic panels are predominantly made from glass, polymer and aluminium, but may also contain potentially hazardous materials such as lead, copper and zinc.
Australian Council of Recycling chief executive Peter Schmigel attributed delays in product stewardship schemes to both “bureaucratic malaise” and unfounded concern about cost.
The national television and computer recycling scheme, which since 2011 has required manufacturers and importers to participate in industry-funded collection and recycling, showed that regulatory measures can work, he said.
“Recovery rates have been out of sight since the beginning of the scheme, nobody has said anything at all about there being an inbuilt recycling cost. It generates jobs, it generates environmental outcomes and yet for some reason we have policymakers who are hesitant about [establishing similar schemes] for solar PVs and batteries,” he said.
Victoria will ban electronic waste in landfill from July 2019, including all parts of a photovoltaic system, mirroring schemes imposed in Europe.
Sustainability Victoria is also leading a project examining end-of-life management options for photovoltaic systems, which may progress to a national program. The issue is particularly pertinent in Victoria where a new $1.3 billion program is expected to install solar power on 700,000 homes.
Sustainability Victoria resource recovery director Matt Genever said there was strong support from industry, government and consumers for a national approach to photovoltaic product stewardship. Final options are due to be presented to environment ministers in mid-2019.
He rejected suggestions that plans were progressing too slowly.
“The analysis we’ve done in Victoria … shows that it’s in 2025 that we see a real ramp up in the waste being generated out of photovoltaic panels. I certainly don’t think we’ve missed the boat,” he said.
A report by the International Energy Agency and the International Renewable Energy Agency in 2016 found that recoverable materials from photovoltaic panel waste had a potential value of nearly $US15 billion by 2050.
Reclaim PV director Clive Fleming, whose business is believed to be the only dedicated photovoltaic recycler in Australia, said it recycles 90 per cent of materials in a panel. The company has been lobbying for state bans on solar panels entering landfill.
The NSW Environment Protection Authority said it has commissioned research to better understand how e-waste, including solar panels, was managed. The panels can be dumped in NSW landfill, however given their life span they were “not a common item in the waste stream”, it said.
The Queensland government is developing an end-of-life scheme for batteries used in solar systems and other appliances.
Mr Genever hoped the review would result in a broader range of products being subject to stewardship programs and take steps to ensure voluntary schemes were effective.
Both the Smart Energy Council and the Clean Energy Council, which represent solar industry operators, said a well-designed product stewardship scheme was important and should be developed through cooperation between industry, governments and recyclers.
New South Wales government is preparing for a surge in renewable energy
We want to do everything we can’: NSW readies for renewables surge, Brisbane Times, By Peter Hannam, 5 November 2018 New solar and wind farms being planned for NSW have twice the capacity of the state’s coal-fired power stations, prompting the state government to set aside $55 million to help smooth their introduction.As of October 29, NSW had 20,000 megawatts of generation capacity either approved or seeking planning approval, worth more than $27 billion in investment, according to government data.
Proposed solar plants accounted for 11,200MW, dwarfing wind farms with 5100MW, and the Snowy 2.0 pumped hydro of about 2000MW. Just 100MW involved coal, with the planned upgrade of AGL’s Bayswater power station.
Along with the new plants, some eight large-scale battery projects – all with solar farms – with more than 400MW-hours of capacity are also in the planning pipeline as the industry gears up for the bulge in variable energy sources.
The market, though, is going to need some near-term help to smooth the exit of most of the state’s existing power plants – particularly the 10,160MW of coal-fired power stations, said Amy Kean, director of the Energy Infrastructure and Emerging Technologies unit at the Department of Planning
To that end, the government last week revealed the first details of its $55 million Emerging Energy Program aimed at supporting a portfolio of nascent technologies that will be needed as 70 per cent of the state’s generation fleet retires by 2035.
“We’re trying to drive these technologies down the cost curve so they can then complement variable wind and solar technologies,” Ms Kean said.
The surge in renewable energy comes as the federal government has largely vacated the energy policy space after the demise of the Turnbull government’s National Energy Guarantee. The states are largely being left to press on with carbon reduction and other power sector goals.
“We want to do everything we can to unlock the expertise of the private sector to accelerate projects that deliver clean, reliable and affordable energy.”
Renewable energy could emerge as a key policy issue at next March’s state election. Adam Searle, Labor’s energy spokesman said his party planned to “have quite a lot more to say about it”, and that the ALP “will do more on new energy than Coalition parties”.
Solar catches up with windThe rapid advance and competitive nature of solar photovoltaic panels, meanwhile, has caught many by surprise. …….https://www.brisbanetimes.com.au/environment/climate-change/we-want-to-do-everything-we-can-nsw-readies-for-renewables-surge-20181104-p50dw9.html
ZEN Energy and the stunning solar future for South Australia
Natural Advantage, 14 years ago, Richard Turner rigged up a solar-powered battery to bring some modern convenience to his kids’ cubby house. In 2018, after an incredible journey, the business is ready to revolutionise the economy and transform our state’s prosperity.
Established in 2004 in South Australia, ZEN Energy was created by Richard to get solar powered battery storage into Australian homes.
In 2010 ZEN was the state’s fastest growing company. In 2012, BRW magazine wrote up ZEN as the fourth fastest growing company in the country.
This year, British billionaire industrialist Sanjeev Gupta bought 50.1 per cent of ZEN, creating the new entity SIMEC ZEN Energy as part of his plan to own the power supply to the Whyalla Steelworks – purchased in 2017.
Gupta’s plan for ZEN is simple: power the steelworks and the associated businesses nationally with the cheapest electricity available. And in 2018 the cheapest electricity available is renewable.
But cheap doesn’t come easy. ZEN Energy is only around for Sanjeev Gupta to invest in because a lot of hard work across many generations has come before it………..
Richard isn’t mad the State Government awarded Tesla the contract for the Hornsdale battery; in many ways the Tesla brand cleared the political path for action. Richard is more frustrated by the language and mindset of the state that seems – at so many levels – to believe it’s helpless.
Tech-billionaire batteries and steel factory saviours make good headlines – but ZEN Energy tells the far more credible story of this state’s ongoing industry, creativity and resilience.
It just so happens that ZEN Energy’s story starts in a cubby house in a suburban backyard.
Richard’s children Laura and James wanted to put a little light and TV in the cubby house to make it feel more homely and play later into the evening, and so Richard scooped the kids up into the car and headed for the local hobby shop to see what they could buy. The family bought a little solar panel, a regulator, a converter and a battery. Richard recalls the guy at the shop pulling out a whiteboard marker and writing Ohm’s Law on the shop’s whiteboard.
Watts = Volts x Amps.
Rigging up the system and flicking the switch, a light went on in Richard’s mind at the same time as he lit up his kid’s cubby house. There was a business here……….
“South Australia could be the Middle East of the new world,” says Richard.
The statement catches us off guard both in its simplicity and its severity.
“We’ve got the very best renewable energy generation resource in the world,” says Richard.
“We’ve got the best sun here. We’ve got the best wind here. We’ve got these unique wind patterns that come across the roaring forties, across the Australian Bight that split up and down the Eyre Peninsula. We have nearly two gigawatts of wind power here, and there’s bugger all in the rest of Australia.”
But it’s not the raw product Richard is referring to explicitly when he says South Australia could be the Saudi Arabia of renewable energy. Richard is talking about the whole value chain of the renewable economy epitomised by Sanjeev’s GFG Alliance.
Liberty One Steel in Whyalla (as it has been renamed) and its associated heavy industry across the country will have massive demand for electricity. ZEN will be the clean, green and low-cost energy supply. Off the back of our natural and renewable resources, Richard forecasts radical change in the fortunes of this state.
“When we produce the very lowest cost of power you’re going to have all this new industry evolve. All these traditional industries will revive and gravitate to the region and will employ five times as many people as you employed in a coal-fired power station,” says Richard.
Whyalla – a town built for 100,000 people – has never had more than a quarter of that live there. “We can see, in five years, there’ll be close to 100,000 in Whyalla,” says Richard.
And with low-cost energy we can start to refine – not just mine.
Richard skips from the lithium to graphite reserves of Australia (graphite makes up lithium ion batteries 30 per cent by weight). He speaks with vigour about our clean hydrogen future – hydrogen being a huge and growing fuel source for the energy intensive economies of Korea and Japan who don’t have the renewable energy resources of South Australia.
Sanjeev Gupta will build cars in Australia – electric vehicles – Richard confirms. They’ll be built in either Victoria or South Australia. Regardless of where the cars are built, Richard says, “all the car metals and composite materials will come out of our own factories, powered by the natural energy of the sun”.
Within three-to-five years, renewables will become the dominant energy source in Australia – with coal and gas very much playing a secondary role to fill gaps in energy supply until new hydro facilities come online. Vast arrays of batteries will support critical areas prone to power fluctuations and the national energy regulator AEMO has committed to running immediate pilot programs in the worst affected areas.
Grid scale batteries will reduce severe outages by kicking into action microseconds after a power fluctuation occurs, effectively stabilising the grid. The stability these batteries will create is already causing the industry to predict electricity prices to fall by up to 30 per cent next year.
From bottom of the ladder in the old fossil-fuel energy system, South Australia is set to jump to the top in the new, renewable energy economy. And while the headlines published in our daily paper may continue to put us down, the story of this next stage in our state’s history is far more fantastic.
“South Australia is going to have the most abundant, stable electricity production centre in Australia and probably on earth,” says Richard – a fifth generation South Australian. “In years to come you won’t want to be protecting SA’s power – you’ll be exporting it both interstate and around the world.” https://citymag.indaily.com.au/habits/power/natural-advantage/?fbclid=IwAR0pgkI1MFhRalb81RPawsieK-NCgyYLxAYyqGNo0aGKsnC-SQcSMvvmBc4
Australia large scale solar output breaks through 1GW on Sunday
REneweconomy 22 October 2018 The rapidly emerging large scale solar sector achieved a significant milestone on Sunday, October 21, when their combined output in the National Electricity Market broke through the 1GW barrier for what is believed to be the first time.According to this graph below [on original] sent to us by Mike Hudson, using data he sourced from the Australian Energy Market Operator, the 1GW level was first breached in mid morning, and continued until almost 3pm in the afternoon.
Victoria’s largest solar farm goes ahead after “solving” connection dilemma
Victoria’s largest solar farm goes ahead after “solving” connection  dilemma, REneweconomy, 16 October 2018 The 200MW Kiamal solar farm in Victoria – the largest in the state to date – will be officially launched on Wednesday and begin construction this month after developer Total Eren says it has resolved connection issues that had already delayed the $300 million project.The Kiamal solar farm is located near the town of Ouyen – not far from Mildura in the state’s north west. But as RenewEconomy revealed in May, it is located in what could be described as the “rhombus of death”, a part of the network that doesn’t have the “system strength” to accommodate all the wind and solar projects planned for the area.
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Hobart mayoral candidate Anna Reynolds offers a practical and economic solar plan
Climate right for solar plan: Reynolds, HOBART residents and businesses would be able to install solar energy systems with no upfront costs under an initiative proposed by mayoral candidate Anna Reynolds. HELEN KEMPTON, news.com.au Sunday Tasmanian OCTOBER 14, 2018
HOBART residents and businesses would be able to install solar energy systems with no upfront costs under an initiative proposed by mayoral candidate Anna Reynolds.
Ald Reynolds says the city should strive to double solar installations over the next five years.
Hobart is a poor performer compared with other Tasmanian local government areas with Sustainable Living Tasmania figures placing it 16th in terms of solar installations per capita.
“Council has taken action to install solar panels on its own buildings but there is so much more we can do,” Ald Reynolds said.
“I will advocate for a solar saver program to help Hobart residents, businesses and organisations install solar panels.
“Council will pay the upfront cost for the system and you, or your landlord, pay it off over 10 years, interest free.
“The savings made on energy bills will more than outweigh the payments to council, leaving you better off.”
The independent candidate’s push is backed by the chief strategist of climate advocacy group 350 Australia……..https://www.news.com.au/national/tasmania/climate-right-for-solar-plan-reynolds/news-story/1aa9c5761666dbbb411a35f424b0c8a0
Solar energy microgrid for Euroa, Victoria
The Euroa Environment Group is behind the $6 million grassroots project to install 589 kilowatts of new solar photovolatic (PV) panels, and up to 400 kilowatts of new batteries.
It will work with Mondo Power and Globird Energy as well as 14 businesses within Euroa which will install the technology.
The project may eventually extend to the residential community of Euroa and to other towns as it will demonstrate how a microgrid can operate.
The town has endured countless blackouts and it is hoped the microgrid will address the issue in the lead-up to summer.
The closure of the Hazelwood coal-fired power station in Victoria last year drove up energy power prices in southern states and put pressure on the market operator to deliver enough power to meet demand on summer’s hottest days.
Shirley Saywell, who is a business owner in Euroa and president of the group, said power options had been limited.
“This microgrid within another microgrid will give us the opportunity to generate power locally, store power locally and share power locally. It’s the town making itself more resilient in these times of uncertainty.
“There’s been stories about how complicated renewables are, and I see my role as showing people that it shouldn’t be as complicated as it’s made out to be.”
The intention of the project is to give the town greater reliability in its power supply as well as decrease the price of energy.
Energy strategy one of many Continue reading
Two major solar farms for Whyalla, South Australia
Steel city’s solar rush gets a head of steam Whyalla could soon be home to two major solar farms after Adani Renewables announced it had received pre-construction approval for a 400 hectare project just outside the city. – …..(subscribers only)
Community Buying of solar power – a very good deal for Australia’s Non Profit organisations
NFPs Encouraged to Make the Switch to Solar A new campaign has launched aiming to help the not-for-profit and community sector make the switch to renewable energy. Pro Bono, Luke Michael, Journalist, 15 May 18
Community Buying Group and Moreland Energy Foundation officially launched The Big Solar Switch campaign on Monday.
The campaign aims to facilitate Australia’s largest switch to solar power by actively reducing barriers of solar installation for the not-for-profit and community sector.
Developed exclusively for charities and community organisations, the initiative uses the strength of aggregated purchasing to reduce the cost and barriers of installing solar PV systems.
Packages contain a “best value” guarantee which includes negotiated rates for the sector, extended warranties, expert advice and links to funding.
Alison Rowe, the CEO of Moreland Energy Foundation, said unlike individual households and businesses, the charitable sector has not had the benefit of a dedicated program to assist them in the uptake of solar.
“Moreland Energy Foundation (MEFL) has a proud history of supporting communities to benefit from solar installations. We are excited by the opportunity to support the NFP and charitable sector to navigate the process of installing solar PV,” Rowe said.
“MEFL has a wealth of experience having facilitated the installation of over 10 MW (megawatts) of solar. Being an NFP ourselves we understand the resource challenges facing the sector and strive to make the process of investigating solar simple.”
Jill Riseley, the chair of Community Buying Group, told Pro Bono News electricity prices were causing a big headache for community organisations.
………Community Buying Group is hoping for around 10,000 organisations to make the switch to solar power during the campaign.The campaign’s roll-out will firstly focus on the housing sector, with the initial deadline for housing providers on 15 June.
This rollout for large NFPs will commence in late June.
Riseley encouraged the sector to buy-in to the campaign.
“The story we’re really trying to get out to the sector is that it’s a permanent reduction in one of their core operational expenses and it’s a real game changer for the bottom line of many NFPs,” she said. https://probonoaustralia.com.au/news/2018/05/nfps-encouraged-make-switch-solar/
1.This month
For international nuclear news go to https://nuclear-news.net/
Ethics, Nuclear Power, and Global Heating – theme for December 2019
Ethics of Nuclear Energy Abu-Dayyeh (P.hD) Amman – H.K. of Jordan Ayoub101@hotmail.com E_case Society (President) www.energyjo.com [Extract]
“……2- Health Risk Analysis
If “risk” is defined as the product of probability of an accident happening with its severity, we ought to start this title by considering first major commercial nuclear accidents of level 7 on the INES scale, as a priority in analysis, so we must consider 1986 Chernobyl catastrophe where “Emissions from Chernobyl reactor exceeded a hundredfold the radioactive contamination of the bombs dropped on Hiroshima and Nagasaki”(10).
The latest New York Academy report on Chernobyl catastrophe has published horrendous facts of more than a million causalities; the new book concludes: Chernobyl death toll: 985,000, mostly from cancer (11). A paper by Kristina Voigt and Hagen Scherb also showed that after 1986, in the aftermath of Chernobyl, around 800,000 fewer children were born in Europe than one might have expected. The overall number of “missing” children after Chernobyl could have reached about one million (12); not to mention that the researchers have not covered all countries in their count!
According to UNSCEAR (United Nations Scientific Committee on the Effects of Atomic Radiation), adding to the latter casualties, between 12,000 and 83,000 children who lived in the vicinity of Chernobyl were born with congenital deformations, and also estimate that around 30,000 to 207,000 genetically damaged children were born worldwide (13). Amongst the interesting findings was that only 10% of the overall expected damage was actually seen in the first generation; the worse is yet to come with the offspring. A similar research on butterflies around Fukushima has yielded a similar result which will be discussed later.
As for the level 6 on the INES scale, it is classified as a serious nuclear accident that includes the accident at the Kyshtym facility in Russia in 1957, unfortunately not much research was published! on level 5, accidents with wider consequences include United Kingdom Windscale facility in the year 1957, Chalk River – Canada in 1952 and the Three Mile Island accident in 1979, after which the USA only licensed few new reactors; At present, only three nuclear reactors are being constructed in the United States: Watts Bar 2 reactor (1180 MW) which started decades ago, and was put on hold till 2007, expected by the IAEA to commercially operate in 2015. Another two reactors; vogtle 3 and Summer 2 of 1200 MW each, are expected to operate in 2017(14).
The Fukushima-Daitii nuclear accident in Japan on March 2011 is also classified as level 5. However, nuclear accidents of level 4 with local consequences include a long list, so are levels 4,3,2 and 1; a non-ending list of accidents(15).
In one year only (2008), according to an IRSN report, 205 accidents were recorded in nuclear facilities (safety and environmental), a noticeable 56% increase compared to the accidents recorded in 2005 which accounted for 131 accidents only. A typical example of those accidents is the leakage of 20 m3 of radioactive water from Socatri facility at Tricastin – France. Some of the radioactive water followed rain water drainage into the eco-system while the rest radioactive water seeped underground polluting the soil and under-ground water aquifers (16).
Since March 2011 funds of hundreds of billions of dollars are being allocated by TEPCO, the Tokyo Electricity Company, as to cover for the direct damages of the Fukushima disaster; however, the scale of damage on biodiversity and genetic disorders is not clearly understood.
The early mutations of butterflies around Fukushima are alarming as the mutations disorders have been increasing with the offspring. Mutations caused by Fukushima disaster radiation had affected 12% of adult pale grass blue butterflies in the surrounding area two months after the March 2011 disaster. When that batch mated, it produced an offspring with an 18% mutation rate. In the following generation, mutations were found in 34% of the butterflies born. In September 2011, a new study disclosed that the adult butterflies displayed 28% mutation rate and their offspring had a whopping 58% mutation rate (17).
In a similar study on mice after 25 years of the Chernobyl catastrophe, it yielded the following outcome: “The rate of mutation amongst the field mice is one hundred thousand times higher than normal” (18).
Another environmental damage connected with the nuclear industry is thermal pollution which is basically the form of water pollution that refers to degradation of water quality by any process that changes ambient water temperature. The main cause of thermal pollution is attributed to one particular industry, or to be more precise to nuclear power plants that use water as a coolant. After this water has been used as a coolant it is returned to the natural environment at a higher temperature. This change in water temperature decreases the amount of oxygen in the water which can lead to negative ecological effects.
Less oxygen in the water can harm fish population, as it can increase the metabolic rate of fish population and other aquatic animals so that they would more likely eat a lot more food in a shorter period of time than if their environment was not changed. This change can lead to imbalance in the food chain, thus resulting in significant long-term damage to many aquatic ecosystems.
Warmer water temperatures are known to lead to reproduction problems for many aquatic animals, and can further cause huge bacteria and plant growth. Warmer waters can even lead to algae bloom resulting in a consequent loss of more oxygen in the water. However, this damage is likely to be ethically benign compared to the mutations that result from radioactivity.
As for the effects of radioactivity on humans, scientists from the universities of Moscow and Leicester examined blood samples from 79 families, the parents of who had been living within a 300 km radius of nuclear reactors. The scientists were surprised by children born between February and September 1994 as cases of mutations had doubled (19). Peter karamoskos, a nuclear radiologist, quotes the following: “There is a linear dose-response relationship between exposure to ionizing radiation and the development of solid cancers in humans. It is unlikely that there is a threshold below which cancers are not induced”(20). Radiation can cause the breakdown in chromosomes, causing Down’s syndrome in babies as well as mental and physical disorders. Children exposed to radiation have a higher risk to develop leukemia (21).
Higher incidence of leukemia in UK children has been reported in the environment of the Sellafield (Windscale) fuel reprocessing facility in England (22-23), not far from the Dounreay reprocessing plant in Scotland (24-25), and also in similar children who lived within a few kilometers from the Aldermaston or Burghfield military weapons facilities in England (26). In a comprehensive survey done by Forman et al(27) and Cook-Mozaffari et al (28-29) reported excess mortality rate due to leukemia and Hodgkin’s disease particularly in young persons living in the vicinity of fourteen nuclear facilities, eight of them electricity generating nuclear plants.
In the United Kingdom, studies of populations living near nuclear power plants have yielded mixed results. Ewings et al (30) found increased incidence of leukemia and lymphoma in young persons near the Hinckley Point power station. Clap et al (31) reported an excess incidence of leukemia in men in five towns near the Pilgrim nuclear power station in Massachusetts.
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