‘Cottage industry’: Gurus say nuclear no match for solar energy
Professor Green described nuclear as “pie in the sky” – including the small modular reactor technologies that have enthused the British government and the opposition in Australia as countries race to transition to green energy.
Hans van Leeuwen https://www.afr.com/companies/energy/cottage-industry-gurus-say-nuclear-no-match-for-solar-energy-20231013-p5ebxp
Hans van Leeuwen covers British and European politics, economics and business from London. He has worked as a reporter, editor and policy adviser in Sydney, Canberra, Hanoi and London. Connect with Hans on Twitter. Email Hans at hans.vanleeuwen@afr.com
London | The debate on nuclear power is a distraction from solar, which is about to tip into exponential growth that will sweep aside all other energy sources, say Australia’s much-garlanded pair of leading solar inventors.
Andrew Blakers and Martin Green, often dubbed the “fathers of photovoltaics”, described nuclear energy as “a cottage industry”, with no chance of reaching economies of scale in any useful timeframe.
Solar, though, “is going to take over energy it is in a way that will be utterly astonishing for most people”, Professor Blakers said.
“It is going to do it as fast as we went from film photography to digital photography. In the space of 20 years, basically we’re going to flip from solar being a few per cent to solar being everything but a few per cent. It really is the fastest energy change in all of history by a large margin,” he said.
The two men were in London to collect the latest in a string of prizes for their work on PERC solar photovoltaic technology, which has brought down the cost of solar panels by 80 per cent in the past decade.
At Buckingham Palace on Thursday (Friday AEDT), the King awarded them and their colleagues Aihua Wang and Jianhua Zhao with the Queen Elizabeth Prize for Engineering.
Professor Green described nuclear as “pie in the sky” – including the small modular reactor technologies that have enthused the British government and the opposition in Australia as countries race to transition to green energy.
“They are going to have a few prototypes up by 2030, but it really needs the economy of volume to get the prices down to where they’re projecting,” he said. “So you need to be selling hundreds of these things, not just a few sample ones.”
He also said that the history of power generation had been about reducing costs by making things bigger. “It’s going against historical trend, I think, imagining that you can do things cheaply by making a lot of [smaller ones].”
Professor Blakers said nuclear was simply not in the net-zero race. “This year, it looks like the world will do about 500 gigawatts of solar and wind – maybe 400 gigawatts of solar, 100 gigawatts of wind. Hydro will do about 20 gigawatts, nuclear will do approximately one, gas and coal maybe 50,” he said.
“Solar has been growing at 20 per cent a year for a long time. If it continues to grow at this level, we will completely decarbonise the world by the early 2040s. This is how fast it’s happening. It’s so cheap compared with anything else.”
Nuclear, meanwhile, had not increased its capacity in the past 13 years, he said, adding no more than a gigawatt a year.
“You cannot grow an industry from one to multi-thousand gigawatts, which is what you’d need per year, in any reasonable timeframe. It’s impossible unless you put it on a war footing,” he said.
“You just don’t have enough engineers, scientists, raw materials, the factories, the factories to build the factories, the factories to build the factories to build the factories – it just doesn’t happen.”
Grids: the big hurdle
Both men were convinced that battery technologies and costs would continue to fall, driving increasingly rapid growth. The one big obstacle in Australia was transmission.
“Basically, you need a lot of new transmission to bring the new solar and wind into cities. And we’re not building it,” Professor Blakers said.
“Transmission only becomes important once you get up to 30, 40 per cent solar-wind. We’re currently 33 per cent solar-wind, and we will be 75 per cent by 2030. We don’t have a transmission problem yet. But in two years’ time, we’ll have a major one, and everyone can see that.”
He said initiatives to increase compensation to land owners should overcome the remaining community resistance.
Professor Green said the growth of solar energy use would not unseat China’s dominance of the supply chain for solar panels.
“Solar is basically going to demolish the market for coal and gas. And the geopolitical question is whether India, Europe and the US would tolerate having 80 or 90 per cent of the global solar industry coming out of China,” he said.
“It’s very hard to see other countries competing with China. The momentum they’ve got.”
He said India might become a major manufacturer, but its industry’s development would not be as co-ordinated and co-operative as China’s had been.
China, though, would have to address the demand of its customers for higher environmental and social standards – creating an opportunity for Australia to become a player in providing green-friendly metallurgical-grade silicon.
Big batteries and solar push new boundaries on the grid
The rapid evolution of Australia’s energy system continues apace as the
mild weather of spring and new production benchmarks give voice to the new
capacity that has been added over the past 12 months. As noted earlier this
week, spring is the season for new records because of the good conditions
and moderate demand.
In South Australia on Sunday, solar set a new record
of 120 per cent of local demand in the state (the excess was exported to
Victoria) and on Wednesday and Thursday it was the turn of wind and battery
storage. Wind hit a peak of 141.4 per cent of local demand at 4.35am on
Thursday morning. That wasn’t a record in itself, but the big share of
wind and later solar during the daytime was accompanied by a record amount
of activity from the state’s growing fleet of big batteries.
Renew Economy 14th Sept 2023
Not nuclear, but wind and solar still cheapest – CSIRO
By Peter Roberts https://www.aumanufacturing.com.au/not-nuclear-but-wind-and-solar-still-cheapest-csiro 18 July 23
There is a huge amount of hype around new energy sources to replace fossil fuels and none more so than the phenomenon of small modular nuclear reactors (SMR).
But the hype remains just that according to the latest GenCost 2022–23 study released today by CSIRO and Australian Energy Market Operator.
While SMRs are likely cheaper to build that traditional large nuclear power stations, renewable power from onshore wind turbines and solar PV are increasingly important as the cheapest sources of new energy generation capacity according to the report.
This holds true whether the costs of integration into the grid are taken into account, or not.
Each year the two bodies work with industry to give an updated cost estimate for large-scale electricity generation in Australia, and each year wind and solar come out on top
The 2022-23 report found that onshore wind and solar PV are ‘the lowest cost generation technology by a significant margin’, despite cost increases averaging 20 per cent for new-build electricity generation in Australia.
Offshore wind is higher cost but competitive with other alternative low emission generation technologies.
CSIRO Chief Energy Economist Paul Graham said: “Innovation in electricity generation technology is a global effort that’s strongly linked to climate change policy ambitions.
“Technology costs are one piece of the puzzle, providing critical input to electricity sector analysis.
“To limit emissions, our energy system must evolve and become more diverse.”
GenCost said the next lowest cost flexible technology in 2023 is gas generation with carbon capture and storage, but only if it could be financed at a rate that does not include climate policy risk.
Fossil fuels were more expensive and faced hurdles such as government legislation and net zero targets, and historically high energy costs.
GenCost said that with SMRs, ‘achieving the lower end of the nuclear SMR range (of cost estimates) requires that SMR is deployed globally in large enough capacity to bring down costs available to Australia’.
As for SMRs, none of this should not be surprising as even the International Atomic Energy Agency does not claim nuclear power is cheaper.
The agency claims only that SMRs, advanced nuclear reactors that have a power capacity of up to 300 MW(e) per unit or about one-third of typical sizes, provide cheaper power than traditional large nuclear stations.
Their advantage over traditional nuclear is linked to the nature of their design – small and modular.
According to the IAEA more than 70 commercial SMR designs are being developed around the world.
The IAEA says on its website: “Though SMRs have lower upfront capital cost per unit, their economic competitiveness is still to be proven in practice once they are deployed.”
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Australia continues to lead the world for solar installations.
Rooftop solar took a hit in 2021 with the industry growing a third less than expected thanks to lockdowns and supply chain disruptions, despite still showing strong growth overall. More than 3m households and small businesses across the country now have solar panel systems installed, with the milestone reached in November. According to registration data provided by solar consultancy company SunWiz, 3.24GW of new solar capacity was added across the country last year, representing 10% growth on the previous year.
These figures include small rooftop systems of less than 100MW registered by homeowners and small businesses, and do not include large, industrial-scale solar installations. Queensland now has the most installed capacity, with 4,483MW, closely followed by New South Wales (4,256MW) and Victoria (3,839MW). Australia continues to lead the world for solar installations with a total installed capacity of just under 17GW.
nationwide.
Guardian 19th Jan 2022
Solar, storage to take over from Ranger uranium mine
Solar, storage to take over from Australian uranium mine https://www.pv-magazine.com/2021/02/17/solar-storage-to-take-over-from-australian-uranium-mine/https://www.pv-magazine.com/2021/02/17/solar-storage-to-take-over-from-australian-uranium-mine/https://www.pv-magazine.com/2021/02/17/solar-storage-to-take-over-from-australian-uranium-mine/
The Ranger Uranium Mine ceased production in Australia’s Kakadu National Park in January, following years of financial losses. Now, as part of a multimillion dollar rejuvenation of the park, there are plans to develop a solar and battery storage hybrid project near the town of Jabiru. FEBRUARY 17, 2021 BLAKE MATICH From pv magazine Australia Distributed energy producer EDL will build, own and operate a hybrid microgrid in the remote mining town of Jabiru, in Australia’s Northern Territory. Working with the Northern Territory government, EDL’s Jabiru Hybrid Renewable Project will help the community transition from its recent history as a uranium mining town to a new future as a tourist destination in the heart of the World Heritage-listed Kakadu National Park. Jabiru is held in native title by the Mirarr people. The town, as it is recognized today, has only existed since 1982, when it was established as a living community for the nearby Ranger Uranium Mine. The project, which integrates 3.9 MW of solar generation and a 3 MW/5 MWh battery with 4.5 MW of diesel generation, is in line with broader efforts to rejuvenate Kakadu. It will also be EDL’s 100th site since it began 30 years ago with the development of the Pine Creek Power Station on the other side of the national park. “Once completed, our hybrid renewable power station will provide Jabiru with at least 50% renewable energy over the long term, without compromising power quality or reliability,” said EDL CEO James Harman. The Ranger Uranium Mine is owned by Energy Resources Australia, a subsidiary of Rio Tinto. It was once one of the most productive uranium mines in the world. However, the mine ceased production on Jan. 8, after years of losses primarily attributed to the market slump following the 2011 Fukushima nuclear disaster. According to the Katherine Times, Kakadu is set to undergo a $276 million upgrade as part of a plan to rejuvenate tourism to the home of the world’s oldest living culture. Federal Environment Minister Sussan Ley told the newspaper that “the park’s traditional owners want to see culturally appropriate tourism grow and we will work with them to achieve that outcome.” EDL will begin construction on the project in the months ahead. It expects the hybrid system to be generating energy by early 2022. |
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South Australia’s global milestone -100 per cent of energy demand met by solar panels alone
ABC 25th Oct 2020, South Australia’s renewable energy boom has achieved a global milestone. The state once known for not having enough power has become the first major
jurisdiction in the world to be powered entirely by solar energy. For just over an hour on Sunday, October 11, 100 per cent of energy demand was met by solar panels alone. “This is truly a phenomenon in the global energy landscape,” Australian Energy Market Operator (AEMO) chief executive Audrey Zibelman said. https://www.abc.net.au/news/2020-10-25/all-sa-power-from-solar-for-first-time/12810366 |
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Coalition to divert renewable energy funding away from wind and solar
Coalition to divert renewable energy funding away from wind and solar
Scott Morrison says solar and wind are commercially viable and do not need subsidies from the $1.43bn funding, Guardian, Katharine Murphy and Adam Morton, Thu 17 Sep 2020 The Morrison government will continue to fund Australia’s renewable energy agency to the tune of $1.43bn over a decade but overhaul its mandate so there will be less investment in solar and wind, and more focus on investment in hydrogen, carbon capture and storage, microgrids and energy efficiency.The baseline funding for the Australian Renewable Energy Agency (Arena) will be supplemented by a transfer of funds from the government’s emissions reduction fund and a new grants program worth $193.4m – but that represents a funding cut to the agency which was established by the Gillard government in 2011. The significant overhaul will be unveiled by Scott Morrison on Thursday ahead of the government outlining its next steps in the technology roadmap, which is the government’s emissions reduction strategy. The energy minister, Angus Taylor, is expected to unveil the government’s inaugural low emissions technology statement during a speech at the National Press Club early next week…….. The Morrison government will continue to fund Australia’s renewable energy agency to the tune of $1.43bn over a decade but overhaul its mandate so there will be less investment in solar and wind, and more focus on investment in hydrogen, carbon capture and storage, microgrids and energy efficiency……… The government will also continue to plough more taxpayer funds into carbon capture and storage through a $50m fund, while $70.2m will be allocated for an export hydrogen hub. ……. The overhaul of Arena follows the government outlining first steps in its much vaunted “gas-led recovery” from the economic shock caused by the coronavirus. Morrison on Tuesday pointed to new commitments in the October budget, including funding of $52.9m to unlock more gas supply and boost transport infrastructure. As well as flagging that the government would back the construction of a new gas-fired power station in the Hunter Valley if the energy company AGL failed to replace Liddell, Morrison held open the option of taxpayer underwriting for priority gas projects, streamlining approvals or creating special purpose vehicles for new investment. While Morrison and Taylor have been muscling up about the importance of new generation to replace Liddell, the government’s proposition has not been backed by a taskforce report commissioned to assess the impact of its closure. Morrison said this week the government had estimated 1,000 megawatts of new dispatchable electricity generation capacity would be needed to replace Liddell, which owner AGL has announced will close in early 2023. But the taskforce does not find that 1,000MW of additional dispatchable electricity would be needed. It listed a range of energy committed and probable projects that it found would be “more than sufficient” to maintain a high level of power grid reliability as Liddell shut.https://www.theguardian.com/australia-news/2020/sep/17/coalition-to-divert-renewable-energy-funding-away-from-wind-and-solar |
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Australia’s future as a renewable energy superpower
Australia has a real future as a renewables superpower, https://www.canberratimes.com.au/story/6587200/australia-has-a-real-future-as-a-renewables-superpower/?cs=14246Tristan Edis, 19 19 Jan 2020, Amid almost daily complaints from industry about skyrocketing electricity costs, out dropped an announcement recently so counter to the dominant news flow that it seemed beyond belief. Yet there it was in the business pages: Australian software billionaire Mike Cannon-Brookes and iron ore billionaire Andrew “Twiggy” Forrest have a plan to supply a fifth of Singapore’s electricity needs – all of it from solar power – via a 3750-kilometre underwater cable from the Northern Territory. The proposed solar farm, near Tennant Creek, would be the world’s biggest by a comfortable margin. It would stretch as far as the eye can see, across an area equal to more than 20,000 soccer fields.Despite Cannon-Brookes’s self-deprecating description of the project as “batshit insane”, it could actually make technical and economic sense. And it’s not the only mega-renewable energy project being pursued by credible Australian companies with the aim of powering the many hundreds of millions of people living to the north of us. Continue reading |
‘Bold’ scheme launches to power every property on SA’s Eyre Peninsula with solar
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
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.