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Australia has huge potential to develop offshore windfarms near existing substations

Australia has huge potential to develop offshore windfarms near existing substations

Australia has the potential to develop a substantial offshore wind energy industry from scratch, with abundant resources available near existing electricity substations across the continent, according to a new report.

The Blue Economy Cooperative Research Centre said Australia was yet to capitalise on significant offshore wind capacity despite the International Energy Agency nominating it as one of the “big three” likely sources of renewable energy globally alongside solar and onshore wind.

It found more than 2,000GW of offshore wind turbines – far more than Australia’s existing generation capacity – could be installed in areas within 100km of substations. Environmentally restricted and low-wind areas were excluded from the assessment.

 

Sites that have traditionally been electricity generation hubs, such as the Hunter and Latrobe valleys and Gladstone, were found to be particularly suitable as they were close to transmission grids and had strong offshore winds at times when solar and onshore wind output was limited.

Dr Chris Briggs, research director at the University of Technology Sydney’s Institute for Sustainable Futures and a contributor to the report, said there had been a view in the energy industry that offshore wind energy would not play as significant a role in Australia as some other countries due to the availability of much cheaper solar and onshore wind energy.

He said that was starting to change as people recognised the scale of the clean energy transition required and what offshore wind could deliver. “The combination of the scale, falling cost and the development of floating wind turbines means it has come into focus,” he said.

Briggs said offshore wind could be built on a much larger scale than solar or onshore wind – up to 2GW for a project – and could generate more electricity per megawatt of capacity. “This could be very valuable in the late 2020s and 2030s as we see coal plants retiring,” he said.

The project’s leader, Dr Mark Hemer of the CSIRO, said offshore wind could be particularly important under “energy superpower” scenarios that involved mass electrification of industry and transport and hydrogen production for domestic use and export.

The report said there were 10 offshore wind projects with a combined capacity of 25GW in development in Australia, all at an early stage. The most advanced is the $10bn Star of the South – a 2.2GW windfarm planned for between 7km and 25km offshore in South Gippsland.

The federal government is yet to finalise the regulatory framework necessary for an offshore wind industry to develop. The report said it could help develop an industry by supporting the technology through the Clean Energy Finance Corporation and the Australian Renewable Energy Agency, incorporating it into planning for the national hydrogen strategy, and considering allocation of marine space in commonwealth waters.

 

The work was partly funded by the maritime, electrical and manufacturing unions. They called on federal and state governments to take immediate steps to support the development of an industry, saying it had the potential to create jobs for workers in fossil fuel industries.

Paddy Crumlin, the national secretary of the Maritime Union of Australia, said the development of an offshore wind industry would give seafarers and offshore oil and gas workers an opportunity “to transition into the important work of delivering Australia’s clean energy future”.

Offshore wind is more advanced in countries with limited capacity to develop renewable energy on land. The report said 2030 targets for offshore wind energy totalled about 200GW, including 60GW in the European Union, 40GW in Britain and 12 GW in South Korea. Japan plans to reach 45GW by 2040.

Solar and onshore wind have grown substantially in recent years, leading to renewable energy providing nearly 30% of generation in the national electricity market. But the Morrison government also continues to support fossil fuels.

A report by BloombergNEF and Bloomberg Philanthropies this week found Australia increased support for fossil fuel by 48% between 2015 and 2019, the largest rise in the G20.

It said most of the support had been delivered in the form of tax breaks to oil and gas projects. They included tax capex deductions for mining and petroleum operations, fuel-tax credits and reductions in fuel-excise rates and offset schemes. Australia “lost out on nearly US$6bn in foregone taxes” over the five years, it said.

The Bloomberg report did not include the Morrison government’s support for a “gas-fired recovery” from the pandemic. The government dedicated hundreds of millions of dollars to gas projects in the May budget, including up to $600m for a new power plant in the Hunter Valley that experts say is not needed.

 


By  Climate and environment editor

Source The Guardian

Australia just broke a major record for new solar panel roof installation

Australia just broke a major record for new solar panel roof installation

Australia, one of the world-leaders in household rooftop solar panel uptake, has once again broken its own record for the number of solar panels installed in a year. In 2020, installations were up nearly 30 percent from the year before, according to an analysis from Australia’s national science agency, CSIRO.

 

The data, compiled by energy efficiency experts and reported in a CSIRO statement, come from Australia’s Clean Energy Regulator, a national body tasked with reducing the country’s carbon emissions and accelerating its use of clean energy.

It shows that while their federal government leaders are lagging behind on climate action, everyday Australians are doubling down on renewable energy, installing more rooftop solar panels than ever before and beefing up the size of their rooftop arrays.

“Sustained low technology costs, increased work from home arrangements and a shift in household spending to home improvements during COVID-19 played a key role in the increase of rooftop solar PV systems under the SRES,” said Clean Energy Regulator senior executive Mark Williamson, referring to a national scheme in Australia that allows homeowners and small businesses to recoup some of the costs of putting the panels on their roofs.

The record-breaking year is really just another one for the books for the sun-soaked country, which has seen installations rise year on year as the cost of renewables has fallen. In 2018, rooftop solar installations jumped almost 60 percent from 2017.

 

“Australia is one of the sunniest places on the planet,” said Michael Ambrose, a senior experimental scientist at CSIRO who led the CSIRO analysis, which mirrors a separate annual assessment of the Australian rooftop solar market from consultancy firm SunWiz.

“We lead the world in PV capacity on a per capita basis at 591 watts per person which is almost eight times the worldwide average,” he said.

Photovoltaics, or PV, is what scientists often call solar panels, which are made of solar cells stacked together to capture the Sun’s energy and turn it into electricity. Capacity is the amount of electricity a solar system can produce at its peak.

“The [latest] solar PV installation data shows how quickly PV systems have been taken up across Australia and the increasing size of the PV arrays,” Ambrose said.

Data used in the CSIRO analysis from Australia’s federal Clean Energy Regulator showed that in 2020, a record-high 362,000 solar panels were installed and certified under the scheme for small-scale renewables.

At the year’s end, Australia had a total of over 2.68 million rooftop solar systems on homes – which means one in four households are now soaking up sunlight and converting it to electricity.

 

And the country’s rooftop solar capacity is only expected to grow, with installations already trending higher in 2021 based on early data.

But amidst the fanfare, there are bigger questions that need tackling: can Australia’s aging electricity network cope with the huge influx of solar energy – it’s old and really needs to be upgraded – and could solar panels coupled with household batteries in fact keep the grid stable and bolster electricity supplies in the event of extreme weather, such as lightning strikes.

“How these systems behave when sitting on our rooftops can have material impacts on the broader electricity grid,” renewable energy researcher Naomi Stringer from UNSW told Renew Economy.

“Impacts of rooftop solar can be particularly acute during disturbance events when the grid is already strained, posing new risks to power system security,” she said.

“However, there are also important opportunities to harness rooftop solar capabilities to help restore power system security.”

That potential is seen by many small Australian communities who faced power outages as they fought fire fronts during the country’s devastating ‘Black Summer’ bushfires and who are taking matters in to their own hands – going off-grid, installing their own standalone solar-powered systems.

When we take a step back though, some researchers say that Australia is playing catch-up to other renewable leaders such as Germany.

Australia might be building new renewable energy infrastructure, including large solar arrays and wind farms, at a per capita rate ten times faster than the global average, in recent years. But it still trails behind other countries in the total amount of energy it generates from renewables.

 

“Denmark is generating about two-thirds of its electricity from renewables – non-hydro renewables – and it has a population a fifth of Australia, so their per capita annual generation is many times that of Australia, and similarly for Scotland,” renewable energy expert Mark Diesendorf from UNSW Sydney told the Australian Associated Press in early 2021.

 

All the while, solar cell scientists have been testing new-fangled configurations with materials other than silicon that can capture more parts of the light spectrum and could be used to build more efficient solar cells – and they’re smashing record after record, too.

Nothing like a bit of healthy competition.

 


 

By Clare Watson

Source Scienc Alert

 

CSIRO’s Innovate To Grow program now open for SME applications

CSIRO’s Innovate To Grow program now open for SME applications

Australia’s national science agency, CSIRO, is on the hunt for Food and Agribusiness SMEs looking to invest in R&D to grow their business.

The next round of its free, SME-focused, online learning program – Innovate to Grow – has opened for applications.

Innovate to Grow is designed for established small to medium sized businesses (SMEs) who want to investigate their R&D opportunities, or are in the early decision-making stages about engaging in R&D.

This self-paced and engaging online learning program helps SMEs develop insights and strategies needed to leverage research and development (R&D) to meet specific business needs.

“Each round, Innovate to Grow brings together a nationwide cohort of SMEs, experienced, industry-specific researchers, and innovation experts,” Program manager Dr George Feast said

“The next round will focus on the Agrifood sector.

“Participants will identify their technical and business challenges, explore what R&D opportunities exist to overcome those challenges, and develop business and funding plans to ascertain whether those opportunities are right to pursue further.”

SMEs make up almost 98 per cent of all Australian businesses, produce one third of our total GDP, and employ 44 per cent of the workforce.

Last year’s Australian National Outlook report found more innovative industries were needed, that understood and committed to R&D, to drive growth and keep our economy resilient. That’s where Innovate to Grow comes in.

“It’s the perfect solution in the current time,” program participant and General Manager of Bellata Gold Milling Hamish Shaw said.

“Innovation can provide a path out of the current COVID-induced slump and reposition Australia as a smart nation into the future.

“Nobody knows their product/markets and how to improve them like SME’s, they just don’t have the resources to develop them.

“This course taps that knowledge rich base and links with the resources.”

As an online learning platform, Innovate to Grow can be accessed by participants anywhere. Almost two thirds of participants in the last round were from regional Australia.

Participants are also free to work at their own pace, with manageable time commitments.

“The program is focused on helping SME’s develop relevant skills, using real business projects & funding opportunities,” Dr Feast said.

“Participants finish the program with a suite of tools to enable ongoing R&D planning.

“Furthermore, regular online workshops and panels also give SMEs the chance to build their own networks with experts, advisors and peers in their industry.”

Applications for the next round of Innovate to Grow close on 16 October. Apply here.

 


 

Source: Eco Voice