If you care about protecting people and our planet from the climate crisis, you might be feeling a little down about Donald Trump’s second term as United States president. Undeniably, his return to the White House has been a real setback for federal US climate action.

Trump is a climate change denier who has put measures in place to increase fossil fuel production and stand in the way of new renewable projects, withdrawn the US from key United Nations climate treaties and organisations, and ‘taken a sledgehammer’ to the country’s climate science capabilities – with worldwide impacts. 

But beyond Trump and his circle, there remains deep commitment to climate action in the US. State governments are stepping up to fill the void, more than half of the country’s economy remains committed to net zero, and many US businesses are also standing strong on their net zero commitments. Globally, renewables are set to grow faster than any major energy source in the next decade, making the transition away from fossil fuels inevitable.

So now is a good time to remember that efforts to tackle the climate crisis – both in Australia and globally – are much bigger than one US President. Here are ten reasons to remain hopeful.

1. The global clean energy transition can’t be halted

The global shift to clean energy is accelerating, and Trump can’t stop it. In 2025, investment in clean energy hit AU $3.4 trillion – twice as much as global investment in coal, oil and gas. In the first half of 2025, for the first time ever, the world made more power with renewables than from coal. The record global growth in renewables prompted Science magazine to label the “seemingly unstoppable growth of renewable energy” its 2025 “breakthrough of the year”.

This is a historic mega-trend and will continue with or without American leadership. 

2. US states are standing strong

Many US states have a strong history of leadership on climate change, creating the country’s first pollution control laws and clean energy standards. The states laid the foundations for the groundbreaking policies and investment under the Biden-Harris administration, and they are continuing to advance climate action at a state level. Some states are uniting to push back on the Trump administration’s anti-climate agenda. For example, a coalition of 17 states led a challenge against Trump’s order to block new wind projects, and in December 2025 a Federal judge declared that the order was unlawful. 

Twenty-four US states, that together account for more than half the US population (54%) and its economy (57%), have joined the US Climate Alliance – a bipartisan coalition advancing state-led, high-impact climate action. The US Climate Alliance is just one of many organisations coordinating action across the country.

3. The economic benefits of renewables are undeniable

The International Energy Agency has confirmed that reaching net zero by 2050 will lead to a clear decline in total household energy bills (including power, gas and fuel) in advanced economies like Australia and the US. At the same time, technological innovation, competitive supply chains, and economies of scale, mean that more than 90% of renewable projects are cheaper than fossil fuel projects. Renewables also offer reduced dependence on international fuel markets and improved energy security.

These benefits are making the economic argument in favour of renewables stronger, even as the Trump administration cuts subsidies. Even Republican-controlled states like Iowa, Texas, and Montana were all early adopters of renewable energy, in pursuit of economic development and energy independence. Texas was the country’s leading installer of solar in 2025. 

4. Many US businesses are also standing by their climate commitments

Globally, more companies than ever before are making climate commitments, because they recognise that action on climate change can reduce energy costs, expand their market share, protect their business from risks and secure long-term growth. Between 2023 and 2025, there was a 227% increase in companies setting comprehensive climate targets.

As global markets and consumer preferences shift towards clean technologies, many US businesses are also standing strong on their net zero commitments. 2025 analysis found that 84% of US companies are standing by their climate commitments. 37% of companies are even increasing their efforts to cut climate pollution while only 16% of companies are weakening their commitments. 

5. China is charging ahead as a clean energy juggernaut

China, the world’s second largest economy, has been the largest polluter since 2006 – when it overtook the US. Over the past two decades, however, China has been rapidly expanding renewable energy and electrifying homes, businesses and transport to improve its energy security and independence as its economy grows.

Since 2020, China’s solar capacity has almost quadrupled and its wind capacity has doubled. Record-breaking investment in 2024 saw China achieve its 2030 renewable target six years early. Importantly, this impressive renewable build out has helped displace coal: China’s coal generation dropped in 2025 for the first time since the 1970s. China’s emissions are now showing signs that they’ve peaked, five years ahead of projections – signalling a major milestone in global climate action.

Now, the country aims to cut climate pollution by 7-10% over the next decade by expanding renewables, promoting electric vehicles, and achieving overall cuts to climate pollution. 

Find out more in our report Power Shift: The US, China and the Race to Net Zero.

6. Other major economies are also powering ahead with clean energy

Other major economies including the UK, India and the EU, as well as Australia’s key trading partners like Japan and South Korea, are all pushing ahead with the renewable rollout.

The UK has already phased out coal-fired power generation, along with six EU countries. India has reached its target of 50% non-fossil power capacity five years early, paving the way for a faster switch to renewables. South Korea has recently committed to phasing out most of its coal fired power plants by 2040. As one the world’s top coal importers, and one of Australia’s largest coal customers, this signals a major shift for the global industry. 

7. Global climate cooperation is bigger than Trump

Despite Trump’s withdrawal from key climate treaties including the Paris Agreement, other countries remain committed. When the Paris Agreement was signed in 2015 no countries had formal net zero targets. Now, 83% of the global economy has a net zero target. Analysis shows that climate targets are becoming more robust over time, covering more sectors and greenhouse gases. The majority of countries also have targets to increase renewable generation.

A lack of national leadership in the US has created opportunities for other countries to step up on the global stage. For example, as China looks to grow its productivity, it is committed to supporting the global shift to renewables, helping to build its clean technology industries. President Xi Jinping has committed to remain a “steadfast actor and major contributor in promoting global green development” and work with the international community to “overcome the headwinds and steadily move forward global climate governance”.

8. More than 80 countries have called for a roadmap to phase out fossil fuels

While the US was absent from the 2025 global climate summit – COP30 in Brazil – several important breakthroughs were achieved. Importantly, Australia joined more than 80 countries in signing the Belem Declaration. Led by Colombia, the Declaration commits countries to work together towards a “just, orderly and equitable” transition away from fossil fuels, consistent with limiting average global heating to 1.5°C. 

The Belem Declaration is non-binding, which means countries aren’t legally required to take action, BUT it’s the strongest language we’ve seen from the Australian Government, and many others, about the need to switch away from fossil fuels. It is an important mechanism to hold our governments to account in phasing out polluting coal, oil and gas.

9. The world’s highest court has confirmed countries have a legal obligation to tackle climate change

In a landmark case in July 2025, the world’s highest court – the International Court of Justice – advised that all countries have a legal obligation to protect and prevent harm to the climate, and can be held liable for climate change damage. While the court’s advisory opinions are non-binding, they can still have a powerful impact on countries, both legally and politically. The case will reverberate across the world – in courtrooms, boardrooms, Parliaments and international negotiations. 

10. Australia’s clean energy shift is accelerating

Throughout 2025, 43% of Australia’s main national electricity grid was powered by renewables. In October 2025, we hit a major milestone: renewable energy and storage overtook fossil fuels to power 51% of Australia’s main grid. Compare this to the same month a decade ago, when renewables provided just 14% of our power.

Australians love clean energy: one in three households have rooftop solar installed, making us a world-leader in the technology’s uptake, and two million homes and businesses are expected to install batteries to soak up their excess solar power by 2030. Trump’s occupation of the Oval Office cannot stop this momentum.

On gloomy days, it might feel like humanity won’t rise to our biggest existential challenge. But there are many reasons for hope. The vast majority of us support policies to tackle climate change, and in many cases, the momentum is virtually unstoppable.

The post 10 reasons why US President Donald Trump can’t derail global climate action appeared first on Climate Council.

Climate pollution from burning coal, oil and gas is turbocharging Australia’s bushfire risk. Climate change is making hot days hotter, droughts more severe and heatwaves longer and more frequent – and far more dangerous bushfire weather across the country. 

Fire seasons across large parts of Australia are now longer, more volatile and increasingly overlapping. This means there are fewer and shrinking windows in which to prepare for fires, by doing things like hazard reduction burning. Also, fires are harder to control once they take off.

How is climate change influencing bushfires?

A fire needs to be started (ignition), it needs something to burn (fuel), and it needs conditions that are conducive to its spread (i.e dry, windy weather). Climate change, primarily driven by the burning of fossil fuels – coal, oil and gas – can affect all of these factors in both straightforward and more complex ways.

Australia, on average, has warmed by 1.51°C ± 0.23 °C since national records began in 1910, with most warming occurring since 1950. Nine of Australia’s top 10 warmest years on record have occurred since 2005. At the same time, a decline in cool season rainfall in southeast Australia is contributing to an increased likelihood of more dangerous bushfires. Extreme fire weather has increased over the p last 30 years in south and east Australia. The most extreme 10% of fire weather days has increased in recent decades across many regions of Australia, especially in southern and eastern Australia.

Hot days and heatwaves

The most direct link between bushfires and climate change comes from the long-term trend towards a hotter climate. Climate change is now making hot days hotter, and heatwaves longer and more frequent.

In Australia, the annual number of hot days (above 35°C) and very hot days (above 40°C) has also increased strongly over most areas since 1950. Heatwaves are also lasting longer, reaching higher maximum temperatures and occurring more frequently over many regions of Australia.

Extreme heat conditions preceded the Black Saturday bushfire in 2009  – Australia’s most deadly bushfire. In late January, Victoria experienced one of its most severe heatwaves, with Melbourne exceeding 43°C for three consecutive days; the first time on record. The extreme heat dried out flammable vegetation across the state, setting the stage for catastrophic fire conditions. When the Black Saturday fires took off on the 7th of February, temperatures climbed into the mid-40s and Melbourne had its hottest day on record at the time.

Low Rainfall

Declining cool season rainfall has a significant impact on increasing bushfire risk. Since the mid-1990s, southeast Australia has experienced a 15% decline in late autumn and early winter rainfall and a 25% decline in average rainfall in April and May. Climate change is influencing this drying trend.

In the lead-up to January 2003, the ACT endured one of the worst droughts in recorded history. Rainfall was at record lows — just 40mm compared with an average of 150mm. On 18 January Canberra experienced the most destructive bushfires in its history.

From 2017 to 2019 southeast Australia experienced its driest three-year period on record. The Tinderbox Drought was severe and pushed rural towns to the brink of running dry. It set the stage for the bone dry conditions that contributed to the Black Summer bushfires of 2019/2020, which burned more than 24 million hectares of land and led to the deaths of 33 people and almost 450 due to smoke inhalation.

Lengthening seasons

Since the 1970s, there has been an increase in extreme fire weather and a lengthening of the fire season across large parts of Australia, particularly in southern and eastern regions, due to increases in extreme hot days and drying.

The lengthening fire season means that opportunities for fuel reduction burning are decreasing, and it is putting higher demand on our firefighting services. 

Strong winds

Many of Australia’s most destructive bushfires have been fanned by strong winds that have driven explosive fire spread. Strong winds were a factor in the spread of the destructive Cudlee Creek and Gospers Mountain fires during the 2019/20 Black Summer. 

More recent fires on Tasmania’s east coast in late 2025 that claimed 19 homes at Dolphin Sands were also driven by strong gusty winds, and occurred despite recent wet weather. Strong winds can also limit the effectiveness of aerial firefighting. Strong gusty winds can send the water or fire retardant dropped from aircraft far from the fire ground. In some instances winds can be so strong that it is unsafe to fly, limiting firefighting efforts to an on-the-ground response.

More intense fires

Fires are now so intense they create their own wild thunderstorms, hurricane strength winds and lightning. Pyrocumulonimbus (pyroCb) events occur when bushfires couple with the upper atmosphere, generating explosive thunderstorms that can include strong downdrafts, lightning and even black hail. 

These events are more likely to occur when atmospheric instability is high, combined with dangerous near-surface conditions (e.g. low humidity, strong winds and high temperatures). They happen when large fires generate intense heat and convection columns that reach into the stratosphere, forming cumulonimbus (storm) clouds, but with very little moisture and therefore generating little, if any, rain.

A pyroCb can cause already intense fires to expand and behave explosively, with storm force winds coming from different directions, lightning that causes new fires up to 100km away, and downdrafts that can damage buildings, fire trucks, and push down trees.

From 1979 to 2016 south-eastern Australia has experienced an increase in conditions conducive to the formation of fire-generated thunderstorms. Climate change will continue to amplify these conditions and could lead to more fire-generated extreme weather over longer fire seasons.

Learn more in our report, When Cities Burn: Could the LA fires happen here?.

What is expected in the future?

Unfortunately, fire weather across Australia will get worse. Climate change is driving hotter temperatures alongside drier conditions across southern Australia – increasing the risk of bushfires. Southern and eastern parts of the country will see more days of dangerous fire weather, longer fire seasons and the potential for more megafires.

The latest research on the fire risks Australians face

The fires that ripped through the neighbourhoods of Los Angeles in the United States, in the middle of winter, shocked the world. They left many people asking: could this happen here in Australia? 

Our latest Climate Council and Emergency Leaders for Climate Action report, When Cities Burn: Could the LA fires happen here?, finds: 

1. Climate pollution from the burning of coal, oil and gas shaped the dangerous and extreme weather conditions that drove these fires.

Record dryness; non-arrival of the typical annual wet season; and hurricane-like winds gusting up to 160 kmh.

2. The outskirts of many Australian cities share the dangerous characteristics that made the LA fires so destructive

Sydney, Melbourne, Canberra, Adelaide, Perth and Hobart are all vulnerable.

Many of our own bushfires have exhibited the same, unstoppable behaviour: During Black Saturday 2009 in Victoria, the fire danger index exceeded 200 (with 100 the upper limit of recognised fire danger rating up until 2009).

Fire-generated thunderstorms, or pyroconvective events, were relatively rare with 60 such events recorded in Australia in the 40 years up to 2018. During Black Summer, at least 45 fire-generated thunderstorms were recorded.

While we associate our most destructive fires with extreme heat, bushfires only need a combination of dryness and strong wind to grow and spread rapidly. 

3. Just like in LA, more people than ever are living in harm’s way on the fast-growing urban fringes of Australian cities

There has been a 65.5% average jump since 2001 across Melbourne, Perth, Sydney, Hobart, Canberra, Brisbane and Adelaide with 6.9 million people are now living on the outskirts of these cities.

Had the Black Summer bushfires directly impacted the edges of our cities or major regional centres, such as Sydney, Newcastle, Wollongong, the NSW Central Coast, the Dandenong ranges, the Adelaide Hills, the Perth Hills or Hobart, then property losses on the scale of LA could have occurred.

Up to 90% of Australian homes in high-risk fire zones were also built before modern bushfire standards existed — making ignition due to ember attack and house-to-house fire spread far more likely.

4. This is costing all of us – today.

Since 2020, insurance premiums have increased by 78% to 138% for homes in bushfire-prone Local Government Areas within Sydney, Melbourne and Perth. Even those who don’t live in the path of fires or floods, are paying for more insurance today, because climate-fuelled weather everywhere means higher insurance for everyone.

What can be done?

As a priority, all governments must:

• Cut climate pollution from coal, oil and gas more swiftly and deeply if we’re to avoid even worse.
• Invest heavily in disaster preparation and community resilience at all levels of government so we’re as prepared as possible for the worsening fire risks we already face.
• As a priority, increase emergency service and land management capacity at the urban fringe of our cities and major regional centres so growing populations are better protected for what’s to come.

The post The facts about bushfires and climate change appeared first on Climate Council.

But there was good news too. Changing the world is a big lift, and slowly but surely we are turning this enormous ship around – thanks to the tireless efforts of many individuals, communities, businesses and governments. 

Here are some of the biggest climate news stories this year that give us hope.

The seven biggest climate stories from Australia

2. For the first time, renewable energy overtook fossil fuels to power Australia’s main energy market. Clean energy in the National Energy Market (including every state and territory except Western Australia and Northern Territory), supplied a record 51% of electricity in October (and even went as high as 79% at one point on  11  October).

3. The new national battery rebate powered into action. In only six months the scheme has almost doubled Australia’s home battery capacity, and is on track to have helped 175,000 households and small businesses cut their power bills by the end of December. It’s now being expanded to help install two million household batteries by 2030.

4. Australia finally caught up with most of the world by implementing vehicle fuel efficiency standards – i.e stopping the most polluting cars from entering our market. These cleaner standards kicked into gear at the start of the year and will prevent 20 million tonnes of climate pollution by 2030. Meanwhile, the share of electric vehicles among new car sales in Australia has accelerated from 0.8% in 2020 to 12% in 2025.

5. Australia announced a new climate target (a commitment most countries have made to cooperate in cutting global pollution). The government has committed to cut pollution by 62-70% by 2035. To help achieve our new target, the government announced new programs to increase renewable generation, help industry decarbonise, roll out more EV chargers, and more.

6.  Australia’s nature laws have been strengthened for the first time in half a century. Thanks to a deal with the Greens, the new laws will strengthen protection for native forests and accelerate environmentally responsible renewable power. 

7. We didn’t win the bid to host the world’s largest climate conference (COP31) next year, but we did join a growing list of countries signing up to a roadmap to phase out fossil fuels. It’s the strongest language we’ve seen from the Australian Government yet about the need to switch away from fossil fuels.

The five biggest climate stories from around the world

1. For the first time, renewables provided more of the world electricity than coal, marking a turning point for the global power system. Solar and wind are now growing fast enough to meet the world’s growing appetite for electricity, and so clean power is keeping pace with demand growth.

2. In a landmark case in July, the International Court of Justice ruled that all countries have a legal obligation to protect and prevent harm to the climate and can be held liable for climate change damage. While the court’s advisory opinions are non-binding, they can still have a powerful impact, both legally and politically. 

3. China’s carbon emissions have been flat or falling for the past 18 months, indicating the world’s largest greenhouse gas emitter may reach peak emissions earlier than anticipated. This is attributed to China’s rapid increase in solar and wind generation, even with increasing demand for electricity.
   There was twice as much investment in renewable energy compared to fossil fuels. Globally, there is more investment than solar than there is in any other type of energy technology. 
   
4. South Korea has committed to phasing out most of its coal fired power plants by 2040. It operates the seventh largest coal fleet in the world but the share of coal generation has decreased from 42.5 per cent in 2015 to 30.5 per cent in 2024. As one the world’s top coal importers, and one of Australia’s largest coal customers, this signals a major shift for the industry. 
   

And that’s just the shortlist!

We’re looking forward to more good news in 2026.

The post 2025 wrapped: the best climate stories from Australia and the world appeared first on Climate Council.

Here in Australia, we are building out renewable power and storage at record rates, and they now make up more than 40% of our electricity in our main grid – and 36% across the country. We are far from alone in the global renewable rollout: in the first half of 2025, for the first time ever, the world made more power with renewables than from coal. In total, around 90 countries now make more than 35% of their power with renewables. 

Around the world, the “sun is rising on a clean energy age” with more than 9 out of 10 renewable power projects being cheaper than fossil fuel alternatives.  Renewables will grow faster than any major energy source in the next decade, making the transition away from fossil fuels inevitable.

Learn more about the global progress on climate action.

Which countries have the most wind and solar power?

Australia, like many countries around the world, is relying mostly on a combination of wind, solar and storage (like batteries and pumped hydro) for its renewable power. Here’s the lowdown on the top 11 wind and solar-powered countries.

The world’s top wind- and solar-powered countries

*Australia refers to Australia’s main grid, the National Electricity Market (NEM). The NEM includes all states and territories except the Northern Territory and Western Australia.

1. Denmark

Denmark is one of the world’s renewable leaders, sourcing 88% of its power from renewable sources in 2024, and racing towards 100% by 2030. Wind alone provides 58% of the country’s power, thanks to more than 50 years of community leadership in wind projects. For nearly 15 years the Danish government has required all new wind projects to be at least 20% community owned. Now, more than half of Denmark’s wind generation capacity is owned by the community, helping to ensure its citizens benefit from the shift to renewables and building social licence for a rapid rollout.

2. Djibouti

In just five years, the Djibouti in northeast Africa has grown its renewable generation from nearly zero to 67% – its first wind farm opened in just 2023. Djibouti has a target to be the first country in Africa to reach 100% renewable by 2035. It is rolling out renewables as a national priority, to reduce power prices, support its industries to grow and increase its energy independence.

3. Lithuania

In recent years as the Russia-Ukraine war has impacted energy supply and prices worldwide, Lithuania has emerged as a renewable leader, ending its reliance on imported Russian fossil fuels in 2022. It has more than doubled its renewable generation since 2018 and is now more than 60% renewable, supported by a boom in rooftop solar. By 2030, Lithuania aims to shift from a net electricity importer to an exporter.

4. Luxembourg

Luxembourg, historically very reliant on fossil fuels, has been rapidly rolling out renewables as part of its plan to cut emissions by 55% by 2030. The country has already reached more than 60% wind and solar power, compared to just 9% a decade ago.

5. Portugal

Portugal is powered by more than 75% renewables, with 45% coming from wind and solar, and the majority of the remainder from hydro. Portugal’s solar generation is growing rapidly – it increased by 440% between 2017 and 2024! Portugal has been coal-free since 2021, and is working to phase down its gas use to reach 93% renewable by 2030. Portugal has a target to completely end gas generation by 2040.

6. The Netherlands

The Netherlands has halved its power sector emissions since 2018 thanks to rapid growth in both solar and wind power which now make up 45% of its power. The Netherlands’ position on the North Sea makes it ideal for offshore wind generation: it has a target to more than quadruple its offshore wind capacity from 5 GW today to 21 GW by 2032 – around 75%of its current electricity needs. Increasing its offshore wind and other renewable generation will enable the Netherlands to completely phase out coal by 2029. 

Want to know more about offshore wind? Read our explainer Australia and offshore wind.

7. Germany

Germany currently makes around 45% of its power from renewable resources, and has targets to grow to 80% renewable by 2030, and 100% by 2035. Germany is a leader in offshore wind, and is also installing solar at record rates: on average, Germany has been installing more than 100,000 solar panels every day!

8. Spain

Spain currently makes around 43% of its electricity from wind and solar, and another 11% from hydro. In 2024, just 1% of Spain’s power came from coal, and its last mainland coal-fired generator is set to close in 2026. Spain plans to reach 81% renewable by 2030.

9. Ireland

Ireland became the sixth country in Europe to end coal generation in June 2025 thanks to impressive growth in its wind generation capacity in the past 25 years – from just 117 MW in 2000, to more than 5 GW now installed across the country. In total, around 40% of the country’s electricity comes from wind and solar.

10. Greece

With help from its abundant Mediterranean sunshine, Greece has more than doubled its renewable generation in the past decade. Renewables now make up 50% of its total generation, with nearly 40% from wind and solar. Like Australia, Greece has a target to reach 82% renewable by 2030. As part of this, Greece will end coal generation by 2026.

11. Mauritania

Mauritania is rapidly transforming its energy systems and economy: before 2008, the share of electricity produced from renewables was less than 1%. Now, it’s more than 50% renewable, with most of this coming from wind and solar, and is aiming to reach 70% by 2030. With fewer than 10% of rural Mauritanian households connected to electricity, renewables are a key part of the country’s goal of achieving universal access by the end of the decade.

The world’s biggest polluter, China, has also  become a renewable powerhouse. Find out how China is shaping the global shift to clean energy.

How does Australia’s shift to renewables compare with the rest of the world?

Australia currently ranks 12th place for the share of wind and solar in our main grid, despite being the sunniest and one of the windiest countries in the world. 

Since our first wind and solar projects started up in the 1980s, they have grown to make up 36% of our main grid, and a further 6% of our power comes from hydro. Rooftop solar is where we really shine: one in three households have panels on their roof, more than anywhere else in the world. Rooftop solar alone makes up 13% of our power! We are also in the midst of a battery boom, with more than one million household batteries expected to be installed between now and 2030 to soak up all the excess solar power from our rooftops. These community-owned energy systems are cutting climate pollution and slashing power bills at the same time – homes with solar and battery can save more than $2,000 every year on average.

We can learn from the successes around the world to make the most of our abundant renewable resources and ramp up our ambition even further to roll out more reliable, affordable clean power.

Learn more about how renewables are the cheapest form of energy for Australia.

How are renewables impacting power bills around the world?

The International Energy Agency has found that reaching net zero by 2050 will lead to a clear decline in total household energy bills (including power, gas and fuel) in advanced economies like Australia.

While power prices are complex and depend on many factors – not just the source of power –  countries around the world are showing that renewables put downward pressure on power bills. For example:

• In Ireland, research has found that wind and solar farms have saved Irish homes and businesses €840 million since 2000 (nearly AUD $1.5 billion). Ireland has a target to reach 80% renewable by 2030, which could cut consumer bills by an additional €610 million (more than AUD $1 billion). 
  
• In Spain between 2021 and 2024, as renewable generation increased by 20%, wholesale power prices dropped by nearly 20%. 
  
• In the United Kingdom, wind power saved homes and businesses £104.3 billion (more than AU$2 billion) between 2010 and 2023, due to its direct impact on electricity prices as well as reduced gas prices due to lower gas demand.

Have any countries reached 100% renewable?

Several countries including Costa Rica, Nepal, Albania, Ethiopia, Iceland and Norway have already reached, or come very close to, 100% renewable power. 

These countries have unique resources compared to other parts of the world, and are able to make significant amounts of power using traditional technologies like hydro and geothermal generation. However, other countries relying more on wind and solar are quickly catching up, like Denmark and Estonia which aim to be 100% renewable by 2030.

For example, Iceland – the “land of fire and ice” – has built a 100% renewable power system using hydro and geothermal resources. Iceland is making the most of the glaciers which cover 11% of the country, and its location on the volcanic Mid-Atlantic Ridge. Iceland started its renewable journey back in the 1970s as a way of reducing its reliance on expensive imported fossil fuels, and hasn’t looked back! Thanks to its abundant renewable power, Iceland citizens pay “almost nothing” for their electricity.

Want to see Australia in the top 10? Chip in today to keep climate change in the headlines and push for urgent action.

The post 11 countries leading the charge on renewable energy appeared first on Climate Council.

The draft 2026 roadmap confirms what plenty of energy experts know (and 4 million Aussie households with solar on the roof have experienced): renewable energy, powered by the sun and wind, is the lowest-cost way to deliver the clean and reliable energy Australia needs now. 

The latest ISP shows we are well on our way to a reliable renewables-powered grid, with more than 40 percent of the electricity in our main national grid already coming from clean wind, hydro and solar. Now, we need to build on this progress so even more Australians can enjoy the benefits.

Let’s take a look in a bit more detail.

First, what’s AEMO?  

AEMO is the organisation that makes sure our electricity and energy systems work smoothly to provide clean, reliable and affordable power for our homes, businesses and industry. Every two years, AEMO publishes an updated roadmap that governments, businesses, investors and others rely on for upgrading Australia’s electricity grid all the way out to 2050. This shows us the best way forward to keep power reliable as we keep cutting climate pollution from coal and gas and our energy needs keep growing. 
AEMO’s roadmap specifically looks at Australia’s main national electricity grid (referred to as the National Electricity Market, or NEM), which is one of the largest power systems in the world. It provides electricity to more than 23 million people – that’s almost 90% of Australia’s population.

What does the roadmap tell us? Here are our top six takeaways.

1. The switch to renewable energy is well underway, and picking up pace

Altogether, clean energy sources like hydro, rooftop solar, and solar and wind farms are already supplying 40 percent of the electricity in the national grid annually. In the right conditions, they provide even more – at one point on 11 October this year, 79% of our electricity came from renewables! 

Aussie households are generating a lot of this clean power, with millions of families simultaneously cutting their power bills and climate pollution by putting solar on the roof. In early 2025, rooftop solar was contributing nearly 15% of the electricity in our national grid – more than large-scale solar, wind or gas.  In South Australia, rooftop solar has met more than 100% of demand at certain times over the past year.

Households, businesses and investors alike are embracing renewable energy because it’s affordable, clean and can be rolled out fast. AEMO says accelerating the build out of clean wind and solar – backed by storage – is the lowest cost energy plan for Australia.

Australia is not alone in the shift to renewables: Investors around the world favour renewable energy and supporting technologies over fossil fuels. Globally in 2024, renewable generation received three times as much investment as coal did. In the first half of 2025 and for the first time, more of the world’s energy was delivered by renewables than by coal. 

2. Coal is making a quick exit, so we need to build new capacity ASAP 

Australia’s coal-fired electricity generators are retiring. Those that are left are ageing, unreliable and expensive to maintain and run around-the-clock. They are frequently taken offline to deal with breakdowns and maintenance outages, which puts pressure on the rest of our power grid. 

AEMO is preparing for two-thirds of Australia’s coal-fired generators to close by 2035 so we’re in a race against the clock to get replacement power online before this happens. The roadmap confirms that a combination of rooftop solar and community batteries, together with large-scale wind, solar and storage, is our best and most affordable option to keep powering Australia past the end of coal. 

As we phase out climate pollution in more places like transport and industry, the roadmap confirms we’ll also need more electricity in the future. Under the scenario that AEMO considers most likely, Australia’s electricity demand will double by 2050, as we use more electric vehicles, switch out gas in homes and businesses for electric alternatives, and as our green exports industries expand. 

While we’re making great progress, there is still a lot more to do – which is why AEMO says we need to step on the accelerator. 

Learn about how our ageing coal generators are ramping up blackout risks and power prices.

3. Clean energy backed by storage and firming is the lowest-cost way to power our homes and businesses

AEMO modelled thousands of different scenarios, and consulted with more than 1,400 organisations and experts to determine the lowest-cost way to supply reliable, affordable and clean electricity to Australians while cutting climate pollution. The result? Renewables, backed by storage. This is because solar and wind projects are quick to build, cheap to run, and most importantly, the sun and wind are freely available forever! This not only keeps electricity affordable, it protects Australians against international price shocks caused by volatility in the coal, oil and gas markets. 

Even with the supporting technologies needed for renewables – like transmission and storage – they are the lowest-cost option. In fact, building more transmission can deliver more than $20 billion in benefits for Australians.

4. More Aussies will directly benefit from rooftop solar

The roadmap shows that more and more of our electricity needs will be met by everyday Australians taking their power bills into their own hands with rooftop solar, as well as household or community batteries.

Already, 40% of households in Australia’s main grid have rooftop solar, and this is expected to grow to nearly 50% over the next decade. More and more Aussies will also pair their rooftop solar with household batteries as they become cheaper. AEMO expects the amount of electricity that everyday Australians make and use to increase from around ten percent today to more than  a third of Australia’s energy needs by 2050, even as electricity consumption doubles.

Read more about the benefits of rooftop solar in our report Seize the Sun: How to supercharge Australia’s rooftop solar

5. Batteries and pumped hydro will keep our grid reliable, with gas playing a limited role

Different types of renewable energy, like wind and solar, complement each other to provide power around the clock. Our energy system will also store energy up at times when it’s abundant through large- and small-scale batteries and pumped hydro, to make it available later on when we need it. In other words, just as it doesn’t rain all the time but we can access water whenever we want, AEMO’s roadmap confirms that a mix of solar, wind, hydro and storage can power our homes, industry and businesses 24/7.    

Gas is a polluting fossil fuel which can be just as bad for the climate as coal.  As we shift to renewables, expensive gas will only be used to generate electricity at the rare times that other sources aren’t available. Gas is often the most expensive source of energy in the market today, with high prices for this fossil fuel globally playing a big part in driving up household power bills over the past few years.

Find out more about how batteries are supporting our renewable grid in Battery Boom: Supercharging Australia’s Renewable Rollout

6. We need to do more to unlock the benefits of renewables for Australians

While momentum is building, challenges remain in delivering essential infrastructure at the pace required. To meet our climate and energy targets and maximise the benefits for Australians, we need to address the barriers to the renewable energy rollout, including:

• Ensuring the supply chain for critical energy assets and workforces is secured.
• Maintaining investment certainty with targets and policies that support energy infrastructure and investment. 
• Ensuring our power system is ready for 100% renewables with technologies to ensure a smooth transition and deliver a secure and reliable energy system. 
• Coordinating household solar and storage, so that power is available when it’s needed most, cutting costs for all Australians.
• Building social licence through community engagement, benefit sharing and clear roles.
• Streamlining and enhancing planning and environmental approval processes for infrastructure.

So, what’s the bottom line?

The experts at AEMO say renewable energy from the sun and wind, backed by storage, is the best way to power Australia in the coming decades. 

Not only is it our lowest-cost option, it’s also the most reliable and our best bet for getting replacement power online before more coal generators close down. The roadmap underscores that we’re well on the way to building the clean energy system we need. 

Australia should stick to the path we’re already on, and accelerate our progress, to deliver a reliable and affordable energy system that can cleanly power Australia for generations to come

The post An Aussie Roadmap: building a clean, reliable and low-cost electricity grid appeared first on Climate Council.

1. What If We Get It Right? – Ayana Elizabeth Johnson

Sometimes the bravest thing we can do while facing an existential crisis is imagine life on the other side. This provocative and joyous book maps an inspiring landscape of possible climate futures. If you haven’t yet been able to picture a transformed and replenished world—or to see yourself, your loved ones, and your community in it—this book is for you. 

2. Firestorm – Greg Mullins

‘Firestorm’, told through the eyes of a firefighter – and one of our very own Councillors, not to mention the founder of Emergency Leaders for Climate Action – with more than 50 years of experience, combines thrilling stories of what it’s like to be on the front line of Australia’s first giga-fire with the hard truths of human-caused climate change.

3. Humanity’s Moment – Dr Joëlle Gergis

Former Climate Councillor Joëlle Gergis shows us that the solutions we need to live sustainably already exist – we just need the social movement and political will to create a better world. This book is a climate scientist’s guide to rekindling hope, and a call to action to restore our relationship with ourselves, each other and our planet.

4. Plug In! – Saul Griffith

We all know that renewable energy is the future, but how can we ditch coal and gas in our own lives and homes? Plug In! is full of pro tips and essential information for your electrification journey.

5. The Climate Cure – Prof. Tim Flannery

In his book, The Climate Cure: Solving the Climate Emergency in the Era of Covid-19, Climate Council’s Chief Councillor – Professor Tim Flannery – explores how 2020 flipped the climate debate on its head and exposed who was left standing in the way of action.

6. Together we can – Claire O’Rourke

Together we can by Claire O’Rourke uses inspiring real-life examples to demonstrate how each of us can use our own unique strengths to tackle climate change. While it can be difficult to avoid being bogged down by extreme weather events and bleak reports, we know the solutions and incredible and inspiring people are lining up to tackle the issue.

7. Juice – Tim Winton

Tim Winton like you’ve never read him before. A near future world if global warming’s worst case scenario comes true, this dystopian novel is a call to change the status quo for future generations who could inherit a dangerous world because of environmental collapse.

8. Windfall – Ketan Joshi

This book, by renewable expert Ketan Joshi, explores “a future where communities champion equitable new clean tech projects, where Australia grows past a reliance on toxic fuels, and where the power of people is used to rattle fossil fuel advocates from their complacency.”

9. Design Emergency – Alice Rawsthorn, Paola Antonelli

Alice Rawsthorn and Paola Antonelli, two of the world’s most influential design figures, meet the visionary designers whose innovations and ingenuity give us hope for the future by redesigning and reconstructing our lives, enabling us to thrive. Design Emergency tells the stories of the remarkable designers, architects, engineers, artists, scientists, and activists, who are at the forefront of positive change worldwide.

10. Woodside vs the Planet – Marian Wilkinson

A story of power and influence, pollution and protest. How does one company capture a country? How convincing is Woodside’s argument that gas is a necessary transition fuel, as the world decarbonises? 

11. Hot Mess – Dr Matt Winning

Dr. Matt Winning is a stand-up comedian and environmental economist with a PhD in climate change policy. Hot Mess aims to both lighten the mood and enlighten readers on climate change. This is a book for people who care about climate change but aren’t doing much about it, helping readers understand what the main causes of climate change are, what changes are needed, and what they can (and cannot) do about it.

12. Better Things Are Possible – Jack Toohey

Better Things Are Possible is Jack Toohey’s case for choosing hope over apathy. It’s a rallying cry to replace defeatism with resilience and start channelling our energy into innovative solutions to the challenges we’re facing.

The post 12 inspiring summer reads on climate appeared first on Climate Council.

Australians are struggling with the cost of living, and rising power bills are putting even more pressure on household budgets. Three in 10 parents say they’re struggling to afford food, power bills or insurance. The key question is: how did we get here, and what can actually be done about it?

While power prices are complex, the short answer is, Australia’s reliance on polluting and expensive coal and gas is a major driver of high power bills. They are driving up wholesale power prices (the prices our electricity retailers pay), which make up up to 40% of bills. 

key reasons your power bills are sky high

1. Australia’s energy system still relies too heavily on expensive fossil fuels 

Australia is adding renewable power, like solar and wind at record rates – but for now, the majority of our electricity still comes from expensive and polluting coal and gas. These days, electricity made from fossil fuels is far more expensive than renewable power. In 2025, the average price of electricity from fossil fuels is $123 per megawatt hour (MWh), almost twice the average price of electricity from renewables ($64 per MWh). Already, more than 40% of our power is from renewable sources, and adding more will avoid even larger power price hikes.

Fossil fuel prices are so high because on top of general inflation, coal and gas-fired power stations pay international prices for the fuels. Prices have eased since the extreme spikes driven by the Russia-Ukraine conflict in 2022, but are still high. As long as our energy system continues to rely on fossil fuels that are bought and sold as international commodities, we will remain at risk of sudden and unexpected spikes in power prices. In contrast, the wind and sun are free, and when backed up by storage like batteries, they can provide abundant, locally produced power forever.

Read more: An Aussie Roadmap: building a clean, reliable and low-cost electricity grid.

2. Gas companies export the vast majority of Australia’s gas for eye-watering profits, at the expense of Australian families and businesses

Fossil gas prices are high because we are one of the largest exporters of gas in the world, exporting around 80% of our gas, which means we have to compete with global export prices. Gas companies ship so much of their gas offshore because that’s how they maximise their profits. 

Companies exporting fossil gas have made close to $100 billion in profits since the Russia-Ukraine conflict began in 2022, at the expense of Australian families and businesses. More and more Australian households are struggling to stay on top of their power bills, and industries are under significant pressure, and even closing down, due to high gas costs. These multinational corporations are making billions while providing almost no benefit to our economy and costing us thousands of dollars every day. At the same time, they are responsible for huge amounts of climate pollution both in Australia and worldwide.

Because gas is so expensive, electricity made using gas has a disproportionate impact on overall power prices. Even though only about 5% of electricity in Australia’s main grid comes from gas, research from Griffith University shows that because gas is so expensive, gas prices drive 50-90% of pricing periods in Australia’s main grid.

Expensive gas often sets power prices

Read more: 5 reasons Australia needs to break up with gas.

3. Our ageing and unreliable coal-fired power stations are driving severe price spikes

Most of Australia’s coal generators are more than 40 years old, and their ability to reliably produce power has dropped off dramatically – driving severe price spikes when there are unplanned outages. For example, Australia’s largest coal-fired power station, the 43 year-old Eraring Power Station in NSW’s Hunter Valley, had more than 6,000 hours (250 days) of planned and unplanned outages in 2024. Yallourn in Victoria is limping to its retirement date, with at least one of its generators unexpectedly out of action for one-third of the year in 2024.

When there are coal outages, power prices go up due to reduced supply and the increase in expensive gas generation to meet our electricity needs.  Four of the most severe power price spikes in the past seven years have been driven by unplanned coal outages (Analysis by Baringa 2024). Coal outages contributed to yet another severe price spike in June this year. 

Building a diversity of projects, like solar, wind, and storage, in more places makes our grid more reliable. Instead of relying on a small number of large generators that must run constantly (no matter how much electricity we need), and cause huge shocks to the energy system whenever outages occur, renewables create a flexible, distributed system. Modern grids need a mix of technologies, not traditional baseload generation. 

Read more: Lights Out: Ageing Coal and Summer Blackouts.

Coal outages are driving major power price spikes

It’s not all bad news – here are two ways we can help keep power prices in check.

4. Replacing our ageing coal-fired power stations with renewables will save Australians billions on their power bills

We need to replace our ageing coal-fired power stations to keep reliably powering homes and businesses. Renewables are not only the least expensive option to build, but are also the lowest-cost source of power. This is because unlike fossil fuels, Australia’s abundant wind and sun provide locally produced power without needing to extract and burn expensive, polluting fuels.

Australia’s energy market operator is preparing for nearly all our coal-fired power stations to close by 2038, and 90% to shut down over the next ten years. We need new sources of electricity to keep the lights on. The fastest, lowest cost way to replace coal is with renewables and storage. CSIRO recently found for the seventh year in a row that renewables (wind and solar), including storage and transmission, is the lowest-cost option – far cheaper than gas and nuclear. 

As more and more lower-cost renewables enter our grid and displace coal and gas, this will help put downward pressure on power prices. Modelling shows that if we delayed the expected roll out of renewables and continued our reliance on coal and gas, power bills could be between $449-606 higher for households, and $877-$1,182 for small businesses in 2030. This adds up to between $4.5 – $6 billion in additional costs for households in Australia’s main grid in 2030.

Delaying the shift to renewables could cost Aussie households billions

Read more: What is the cheapest form of energy for Australia?

5. Aussie households can take control of their power bills by installing rooftop solar, switching to electric appliances and improving their energy efficiency    

The best way governments can help Aussies struggling with rising energy costs is to deliver more lower-cost, clean power, backed by storage like batteries, and make sure all Australians can access opportunities to reduce their energy bills and make their homes more comfortable and safe to live in. 

Electrifying our homes, improving their energy efficiency and increasing rooftop solar uptake will directly help households deal with the rising costs of living while cutting our climate pollution. Already, more than 4 million Australian households have already installed rooftop solar, with each saving on average more than $1000 on their power bills every year. Australians are also installing batteries in record numbers to store their cheap excess solar to use whenever they need it. Batteries can boost the savings of a solar system to more than $3000, depending on where you are in Australia and your energy use.

On top of this, households in all Australian capital cities could save between $500 and $1900 every year by getting off gas and switching to electric, efficient appliances. When combined with solar and batteries, all-electric homes could slash household energy bills by up to 90% in many parts of Australia.

Read more: Seize The Sun: How to supercharge Australia’s rooftop solar.

The post Five reasons why your power bills are sky high–and how we can help bring them down appeared first on Climate Council.

Here are eight key things to know about data centres and what they mean for Australia and our shift to renewables.

1. What are data centres?

Data centres are buildings that run all day, every day, to process, store, and manage digital data. They include equipment like servers, routers, switches, firewalls, and storage systems. They can range in size from small sites under 500 square metres, to massive “hyperscale” centres more than 100,000 square metres.

2. How many data centres are in Australia?

There are already more than 250 data centres in Australia. Despite our relatively small population, we are in the top five locations for data centres in the world. They’re usually near major cities, so they can be easily connected to the electricity grid and to the businesses and government agencies that rely on them. 

3. How much energy does a data centre use?

Like their physical size, the energy needs of data centres vary greatly. Typical data centres are around 5-10 megawatts (MW) in size (NB 1 MW is enough to power around 300 homes). or use about as much energy as around 3000 houses. Emerging “hyperscale” data centres can be more than 100 MW, needing as much electricity as a small city. In total, Australia’s data centres currently use just over 2% of the power in our main grid, and this is expected to grow to around 6 per cent by 2030 as AI and cloud computing grow.

Data centre energy demand is forecast to grow nearly 5x over the next decade

4. How much climate pollution does a data centre create?

Most of the climate pollution from data centres comes from the electricity they use, and along their supply chains. The emissions from energy use depend on a centre’s size, location, and energy efficiency. For example, a data centre in a state with a high share of renewables like Tasmania, the ACT or South Australia, will generally have lower emissions than one in states that rely more on coal and gas. Some data centres are also cutting their climate pollution (and their power bills) by making or purchasing clean power. 

5. How can data centres reduce their energy use and climate pollution?

There are many ways that data centres can cut climate pollution, and many are already being adopted in Australia. Many data centre operators in Australia have committed to 100% renewable energy by 2030. Actions they are taking include:

• Directly buying clean power through power purchase agreements (PPAs). 
• Co-locating centres with renewable generation and big batteries, to reduce their energy costs and increase energy security while cutting climate pollution. 
• Supporting the construction of large wind and solar farms to power data centre operations. 
• Installing or upgrading equipment to improve energy efficiency.

Elsewhere around the world, data centres are:

• Shifting non-time sensitive tasks to times when large amounts of power are available, to help reduce strain on the grid.
• Using the heat they create to warm homes and businesses, much like many parts of the world already do with geothermal heat. 

6. How can data centres help reduce climate pollution in other sectors?

AI and data centres have many existing and emerging applications that can help reduce emissions. For example, AI is already being used around the world to:

• detect leaks in oil and gas projects to cut pollution
• make manufacturing processes more efficient
• drive precision agriculture to reduce fertiliser, pesticide and water use while boosting productivity
• optimise energy use in buildings – for example, smarter heating and cooling can cut energy use by around 10 per cent.

Here in Australia, AI-integrated 3D concrete printing is being pioneered to help increase the environmental sustainability of the construction industry, and provide solutions for the housing crisis. The technology can cut construction waste by 60 per cent, production time by 70 per cent and labour costs by 80 per cent. In 2025, the first 3D-printed multi-storey house in the southern hemisphere was built in Melbourne in just five weeks.

7. What are the other environmental impacts of data centres?

Data centres generate a lot of heat and need huge amounts of water for cooling. A small one-megawatt data centre using traditional cooling methods can use around 26 million litres of water a year – enough for more than 150 average Australian homes. As southern Australia experiences one of its most severe droughts to date, water resources will become even more limited in some parts of the country in coming years under the changing climate. It’s critical that we manage the growth in data centres without placing extra strain on water supplies. 

For example, we should ensure data centres are located in areas with sufficient water supply and infrastructure, and adopt systems that recover, treat and reuse water. New technologies are emerging too. In China, there is already one commercial-scale underwater data centre, and more are being built – using seawater for cooling rather than valuable freshwater. Roughly 40 percent of the electricity consumed by a typical data centre is for cooling – so innovative approaches like this are a win-win.

Data centres can also require significant amounts of land, can create noise pollution which impacts nearby communities and animals, and electronic waste that needs to be appropriately managed at its end of life.

8. How are we going to power the growing number of data centres?

As Australia electrifies homes, businesses, and vehicles, energy demand is rising. The rapid growth of data centres will place extra pressure on our grid.  We have a timely opportunity to develop data centres in ways that support our shift to renewables – attracting investment in new clean power projects and cutting climate pollution across the economy. 

Work is already underway: key energy bodies including the Australian Energy Market Operator (AEMO) and Australian Energy Market Commission (AEMC) are factoring data centre demand into future grid planning and market rules. The Australian Government is developing a new national data centre strategy, and already requires the data centres it uses to host government data to meet strong energy efficiency standards. Governments are major data centre customers, and these requirements set important expectations for the entire industry. Growing pressure from businesses, investors and the community to improve Environmental, Social and Governance (ESG) standards is reinforcing this trend. But further coordination and leadership is needed to ensure data centres are powered by renewables and reduce their impacts on the grid.

Data centres are essential for Australia’s growing digital economy, but the industry must grow in ways that align with our clean-energy future. With smart policy, industry leadership, and lessons from global best practice, Australia can harness the benefits of data centres while accelerating the shift to renewables.

The post What does the data centre boom mean for Australia’s switch to renewables? appeared first on Climate Council.

The five reasons a Coalition deal on environment law would fail on climate:

1. Climate accountability gutted: climate impacts would be completely ignored in approval decisions – even though climate change is the greatest threat to Australia’s environment. 
2. Free pass for polluting fossil fuel projects: By rejecting any inclusion of climate, the Coalition’s approach effectively gives new coal and gas developments a free ride through approvals. Under this deal, mega-polluting fossil fuel projects would continue to be approved unchecked by climate considerations and no guardrails would be put in place to prevent the fast-tracking of fossil fuels. 
3. Undermines an independent EPA reducing accountability of project impacts.
4. Dilutes key guardrails and safeguards designed to protect our environment: including the ‘net gain’ and definition of ‘unacceptable impact’, that are crucial to stopping irreparable environmental damage and ensuring developments leave nature better off.
5. Fails to fix logging loopholes and land clearing exemptions that are currently contributing to the destruction of our native forests and critical habitat.

In contrast to the Coalition, the Greens’ key demands have been reported as:

• A strong, independent EPA
• An end to native forest logging – such as closing existing loopholes
• Adequate protections for critical habitat, including from land clearing
• Consideration of climate impacts to some degree (even if a ‘climate trigger’ is off the table)
• No fast-tracks for polluting coal or gas projects
• No wholesale handover to states of approvals – including the water trigger

Rapid analysis of Coalition deal

Watering down climate pollution information provided by companies and the requirement for companies to make plans to reduce climate pollution

Climate accountability gutted: A Coalition deal would explicitly exclude emissions disclosure and consideration of direct climate pollution from projects. This would represent an abject failure to address climate change or climate harms in any way, and risk undermining Australia’s climate targets, policies like the Safeguard Mechanism and Australia’s international commitments.

Emissions disclosure requirements and plans to reduce pollution would either be gutted completely, or left toothless – in direct contradiction to the recommendations of the Samuel Review of the EPBC Act, which recommended disclosure of “the full emissions of the development”.

This would leave our national environment law completely out of step with existing emissions disclosure requirements (that include Scope 3) in many states i.e. Environmental assessments in both New South Wales and Queensland, Environmental assessments from the Federal offshore oil and gas regulator NOPSEMA, and the Albanese Government’s own climate-related financial disclosure framework.

Fossil fuel projects given a free pass: By rejecting climate safeguards, the Coalition’s approach effectively gives new coal and gas developments a free ride through approvals. There would be no obligation to assess whether a proposed mine or gas field undermines Australia’s climate targets, nor any ban on fast‑tracking polluting projects

No guardrails against fast tracking of fossil fuels

There are currently several approval pathways in the bill that could inadvertently enable this – such as the streamlined assessment pathway, the bioregional plans, state accreditation pathways and NOPSEMA. A deal with the Coalition doesn’t set any guardrails at all to ensure polluting coal and gas projects aren’t fast-tracked, alongside the environmentally responsible clean energy and housing projects Australia needs.

The Minister retaining responsibilities, particularly around the assessment and approval of projects, and weakening the EPA’s ability to enforce the rules

Undermining an independent EPA: A core Coalition condition is to weaken the new independent Environmental Protection Agency. They want to extend political control over the EPA’s leadership – for example, by giving the minister power to sack the EPA’s CEO. This undermines the whole point of an independent watchdog. Effective oversight requires a strong, arms-length EPA. The new EPA must be free to enforce the rules without fear of political interference, otherwise environmental protections will be hollow.

Reinstating streamlined approval pathways that industries are demanding

This prioritises approval pathways and efficiency for business and industries over environmental protection.

It is noteworthy that the Coalition supports the creation of more approval pathways, when this law is supposed to reduce complexity and avoid duplication. 

This is about industry trying to have a foot in both camps: if the fast lane doesn’t work for them, then they want to keep a back door open.

Redefining or watering down the “unacceptable impact” safeguard

Dilution of the ‘unacceptable impact’ safeguard: The reforms propose a new test to block projects that would cause “unacceptable impacts” on protected matters – a crucial safeguard to stop irreparable environmental damage. The Coalition appears to be attempting to water this down by weakening the definition or making it easier for decision-makers to bypass. 

This test needs to be strong and objective, not weaker: it should clearly condition or prevent projects that would irreversibly harm critical ecosystems or drive species extinctions.

Redefining or diluting the concept of “net gain”

The Coalition also objects to provisions requiring developments to leave nature better off. Notably, they oppose the “net gain” requirement – a rule that any environmental damage from a project must be more than offset by repairs or improvements elsewhere.

If this requirement is watered down or scrapped, companies could tick a box with token efforts that don’t actually make up for the harm done. The result? Big projects go ahead, while our wildlife and ecosystems continue to decline.

Weaker penalties

A watered down penalty regime: Reduced accountability and compliance – letting industries/projects that break the rules or cause environmental damage off lighter by reducing penalties.

Nothing on the table regarding native forest logging, or land clearing

A deal with the Coalition would leave a gaping hole in the law by keeping native forest logging exempt from federal oversight. Right now, logging conducted under Regional Forest Agreements (RFAs) isn’t subject to the EPBC Act at all – and the Coalition is not prepared to change that. This means destructive logging of our native forest could continue without meeting national environmental standards or scrutiny by the new EPA. 

This decades-old loophole must be closed to protect wildlife and carbon-rich forests. A deal with the Coalition would perpetuate business-as-usual logging, undermining the credibility of any “once-in-a-generation” reform. Graeme Samuel himself strongly critiqued these exemptions for forestry, describing them as “untenable loopholes” in the context of strengthening Australia’s environmental laws. The deal also preserves a free pass for continued land clearing – exactly the kind of loophole that has contributed to Australia’s nature emergency.

Learn more about the Government’s proposed environment law reforms here.

The post Five reasons why a Coalition deal on environment law would fail on climate appeared first on Climate Council.

Importantly, countries agreed to work together to hold ‘the increase in the global average temperature to well below 2°C above pre-industrial levels’ and pursue efforts ‘to limit the temperature increase to 1.5°C.’

Every national government must now establish a clear plan to reach net zero emissions with regularly updated targets to cut climate pollution.

As governments converge once more at the United Nations Climate Conference, this time, COP30 in Belém, Brazil, some are asking what have we achieved to combat climate change? 

The past three years have been the hottest on record, climate disasters have slammed every continent this year and climate pollution from coal, oil and gas continues to rise.  

10 years after Paris, it’s worth taking stock of where we are at, how much the world has achieved, and the task ahead.  

We’ve made substantial progress in the global shift to clean energy

Pollution from coal, oil and gas continues to rise, but much more slowly

In 2023, the international community agreed to switch away from fossil fuels, finally formally acknowledging the contribution of coal, oil and gas to global warming.

This agreement was labelled the ‘beginning of the end’ for fossil fuels globally. While we still have a long way to go, the global energy mix is shifting away from coal, oil and gas:

• Global emissions are slowing: the latest data shows that we are burning more fossil fuels than ever and emissions continue to climb, but the rate of growth has dropped from 2% per year to 0.6% per year. 
• The world’s biggest polluter’s emissions have peaked: China’s emissions are already peaking, five years ahead of previous projections.
• Countries are phasing out coal: this year, Ireland became the eighth country to phase out coal generation since the Paris Agreement was signed. Many more have committed to becoming coal-free over the coming years, including nearly the entire European Union.
• More countries are committing to get off coal, oil and gas: Pacific Island Nations are leading a diplomatic campaign for a global phase out of coal, oil and gas, calling for a Fossil Fuel Non-Proliferation Treaty. In addition, 62 countries led by the UK and Canada have pledged to phase out unabated coal generation completely through the Powering Past Coal Alliance.

Clean energy is transforming the world

The global energy transformation is gathering speed: low-emissions energy sources (including wind, solar, hydropower and nuclear) now generate more than 40% of the world’s electricity, compared to 33% in 2015. 

Clean energy is smashing records:

• 2025 saw a significant milestone: in the first six months of 2025 the world generated more power from solar and wind than from coal.
• Record-breaking renewable rollout: Global renewable electricity generation is expected to nearly double by 2030 – enough new renewable generation to meet the combined power demand of China and the US.
• Solar is booming: ​​It took eight years for the world’s solar capacity to go from 100 TWh to 1,000 TWh, then just three years to double to 2,000 TWh. Solar prices have dropped 66% in the past decade, becoming the cheapest form of power in history.
• Investment in clean energy has increased 10x: Investment in clean energy has grown from around US$230 billion in 2013, to $2.2 trillion in 2025 (equivalent to AU $3.4 trillion – twice as much as global investment in coal, oil and gas). 
• China: The world’s biggest polluter, China, is transforming into a clean energy juggernaut. 
• Cleaning up transport: One in five cars sold worldwide is now electric, compared to just 1% in 2015.

Read more in our report Power Shift: The US, China and the Race to Net Zero

Net zero is the global minimum

When the Paris Agreement was signed in 2015 no countries had formal net zero targets. Now, 

83% of the global economy has a net zero target. Analysis shows that climate targets are becoming more robust over time, covering more sectors and gases. The majority of countries also have targets to increase renewable generation.

The Paris Agreement aims to reach peak global greenhouse gas emissions as soon as possible, reaching net zero by the second half of this century. If all countries follow through on their commitments, global emissions are expected to peak by 2030. However, to limit global heating to 1.5°C without overshoot, global climate pollution needed to peak this year, at the latest, and fall by 43% on 2019 levels by 2030. 

But global temperature is rising, and so are the impacts

We are already living in a hotter and more dangerous world, fuelled by climate pollution from coal, oil and gas. Today we are at 1.3°C of global warming, and the past three years have been the hottest on record. 

In 2015, the world was on a catastrophic path to an average global temperature increase of 4°C by the end of this century. Now, according to the latest official data, we are tracking towards 2.3 – 2.5°C, if countries reach their targets. 

This is a more dangerous future, and still falls far short of what is needed. Global warming of 1.5°C is considered the upper limit of what vulnerable communities, coral reefs, and many ecosystems can withstand. Science is clear that crossing the 1.5°C threshold increases the risk of triggering irreversible and cascading climate impacts. Transformative action, delivered urgently, is needed to limit how much and for how long we overshoot this threshold, and to bring temperatures back down to safer levels.

The only way to do so is by cutting pollution from coal, oil and gas further and faster than we are today, in all the places we can do so.

With almost half the world’s population already vulnerable to the effects of climate change, global work to adapt, build resilience and deal with loss and damage caused by climate-driven disasters is critical. The Paris Agreement set a Global Goal on Adaptation to increase countries’ efforts to prepare for and manage the impacts of climate disasters. In 2023 countries agreed to an adaptation framework, and a key focus of COP30 in Belém is to establish indicators to measure this progress.

The international community has also established a new Loss and Damage fund, and as of June this year, 27 countries had pledged more than AU$1.2 billion. This represents a small fraction of the estimated economic costs of climate change-induced loss and damage in developing countries of up to $AU800 billion in 2030, rising to up to 2.6 trillion by 2050.

We need to do so much more – and Australia has a key role to play

Australia is a major climate polluter: we are the world’s 10th largest polluter on a per person basis, and one of the largest fossil fuel exporters. So we have an important role to play at home, and abroad. With the right policies, Australia can contribute to global goals while growing our own economy and creating skilled jobs. 

Powering past our climate targets

Under the Paris Agreement, the Albanese Government has pledged to cut climate pollution 43% by 2030, 62-70% below 2005 levels by 2035 and reach net zero by 2050. 

Our analysis shows we can, and should, be doing much more to keep Australians safer. Read more about our analysis of Australia’s target and temperature rise scenarios

To keep Australians safer from worsening climate harm, and unlock Australia’s economic opportunity, the Australian Government should put in place policies to not just meet a 70% reduction, but power past it. 

Growing green export industries

Australia also has a significant opportunity in the global shift to renewables. By making use of our abundant renewable resources and critical minerals we can support global decarbonisation while boosting our own economy and creating skilled jobs in future-focused export industries. Australia’s green export opportunity could create over 400,000 jobs by 2040, growing the economy by $100 billion per year. 

Phasing out fossil fuels

We must also deal with polluting fossil fuels. We can start by stopping approvals of new and expanded fossil fuel projects. At the moment our environment law doesn’t include any mechanism to consider the climate impacts of such projects on our environment.

The Government has approved seven coal and gas projects this year alone, and 32 since forming government in 2022. Another 42 are waiting to be assessed.

The Albanese Government can still deliver credible environment laws that protect the places we love from climate harm, and don’t undermine our climate laws and policies.

Find out how Australia’s national environment law measures up on climate, and how we can fix this.

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