Steve Capanna is policy director and Owen Zinaman is senior advisor for Crux Alliance.
Just a few years ago, green hydrogen looked set to become a central pillar of the global energy transition. Governments across the world rolled out sweeping hydrogen strategies, while companies pitched billion-dollar projects to use clean hydrogen throughout the economy.
But the realities of green hydrogen costs, exacerbated by high interest rates and supply chain constraints, have undermined these plans.
Meanwhile, the US – which had among the most ambitious suites of hydrogen policies under the Biden Administration – has reversed course, scaling back its clean hydrogen production incentive, freezing funds for green hydrogen hubs, and cutting the vast majority of federal hydrogen research and development funding. As a result, a number of planned projects have now been canceled.
Clean hydrogen is experiencing growing pains elsewhere too, with several major production projects in Australia and Europe scrapped or indefinitely postponed. Demand for green hydrogen is increasingly uncertain as well, with manufacturers like steel giant ArcelorMittal backing away from plans to use green hydrogen.
Some ‘no-regrets’ uses remain
Reading the headlines, it can seem like hydrogen has no future as a climate solution.
And yet, while green hydrogen may not be an emissions panacea, climate and energy experts are clear: it remains a crucial tool to cut carbon in some key areas of the economy.
“It’s critical to not throw the baby out with the bathwater,” says Nikita Pavlenko, programs director for fuels and aviation at the International Council on Clean Transportation. “Now is the time for sober consideration of projects that supply the no-regrets uses of hydrogen necessary for long-term decarbonization, whether for the handful of industries with few alternatives or in long-haul shipping and aviation.”
And for those countries that invest in green hydrogen development now, there could be economic as well as environmental rewards.
Not all hydrogen is created equal
Hydrogen currently plays a niche but important role in the global economy. Nearly 100 million metric tons of hydrogen are produced worldwide each year, largely for use in oil refining and to make ammonia and methanol – feedstocks for fertilizers and industrial chemicals. And most of this hydrogen is produced using methane gas, contributing roughly 2% of global greenhouse gas emissions.
But there are other, cleaner ways to produce hydrogen.
“Blue” hydrogen still relies on natural gas but includes equipment to capture some of the carbon emissions released at the production facility. This could significantly lower on-site emissions – although not entirely.
However, it would do nothing to reduce methane and CO2 leaks from natural gas fields or pipelines, which an established body of evidence suggests have been systematically underestimated and are often not accounted for in many existing regulations anyway. Put together, this means blue hydrogen is likely much more polluting than is often claimed.
That’s why clean energy experts view “green” hydrogen as the best option for cutting emissions.
Green hydrogen is produced via a process called electrolysis, in which electricity is used to split hydrogen from water, leaving only oxygen as a byproduct. This process can be emissions free – but only if the electrolysis is powered by new clean electricity resources that are physically deliverable on an hourly basis to the hydrogen production facility.
A narrow but necessary path for green hydrogen
Still, scaling green hydrogen is easier said than done. Green hydrogen remains a nascent technology and costs roughly two to three times more than conventional hydrogen produced from natural gas. Costs are expected to decline as production scales, but only if electricity costs and interest rates are kept in check – which, recently, has not been the case.
But there is good news: experts argue that green hydrogen will only be needed in a few specific parts of the economy.
“Given the heavy energy losses in making hydrogen, it will almost always be cheaper and smarter to use electricity directly,” says Katherine Dixon, executive director of the Regulatory Assistance Project (RAP). “Heat pumps are the best example: they cut energy demand dramatically compared to gas, while hydrogen for heating would multiply it.”
And as other technologies get cheaper, the number of applications where green hydrogen is a necessary decarbonization tool will only shrink.
‘Hard-to-abate’ sectors need hydrogen
Still, in a net-zero economy, absent unforeseen technology innovations, we are going to need a lot more green hydrogen in the future – roughly four to six times more than all of the hydrogen used today, and many orders of magnitude more than current green hydrogen production.
Why? Because there remain many non-electrifiable sectors of the economy where no other viable decarbonization tool exists besides hydrogen, such as steel production, where hydrogen serves as a clean alternative to coal-based coke for processing iron ore.
“Green hydrogen will be critical for decarbonizing applications that have thus far been referred to as ‘hard-to-abate’, such as in the chemicals or steel industries,” says Julia Metz, director of Agora Industry.
Additionally, experts don’t yet foresee a path for battery technology to work for long-distance shipping or long-haul flights, both highly polluting industries, so green hydrogen and fuels made from green hydrogen will likely be necessary for those uses too.
Boosting demand to support long-term investment
Given the cost premium of green hydrogen, strong incentives will be needed to make using it in industry, aviation or shipping an economically viable choice while driving down costs for the future.
To date, countries have largely focused on policies like tax credits that encourage production of clean hydrogen or government investments in green hydrogen production and equipment manufacturing facilities.
EU backs North Africa hydrogen pipeline, but is it a green dream?
But scaling hydrogen requires demand-side policies as well. Indeed, we’re seeing planned projects and investments stall for lack of committed buyers. Stable demand-side policies, which can include contracts for differences (government financing for the higher cost of green hydrogen), requirements for a set percentage of hydrogen consumption to be green for certain sectors, and sectoral emissions limits, can help provide that long-term investment certainty.
Absent such policies, new clean hydrogen production projects have largely proven too risky.
How green is green enough?
Policymakers must also ensure they are only incentivizing truly clean hydrogen. Hydrogen produced with electricity largely generated by coal, for instance, can be considerably dirtier than conventional hydrogen production.
How to measure hydrogen emissions has been the source of robust debate in the European Union (EU), US, and elsewhere. Fossil fuel companies have argued for more lenient standards about what counts as clean. They have also supported using hydrogen in parts of the economy that could be more easily and cheaply electrified, distracting from efforts to electrify quickly.
For a region like the EU, which is poised to be an importer as well as a producer of green hydrogen, stricter standards can help ensure truly low-carbon hydrogen production around the world.
China, for instance, has developed its clean hydrogen production with an eye towards meeting the EU standards. China is also placing major bets on the green hydrogen market, as it represents roughly 60% of global electrolyzer production.
This investment is beginning to drive down equipment costs, which could help make green hydrogen more commercially viable. It could also give China a long-term competitive edge in the global market.
Smart policies create economic opportunity
However, other countries with abundant, low-cost renewable energy resources are also recognizing the potential of green hydrogen as both an export opportunity and a way to reduce reliance on volatile natural gas imports.
For instance, India’s Green Hydrogen Mission targets the production of 5 million tonnes of green hydrogen by 2030, and Brazil has an official goal to be the most competitive low-carbon hydrogen producer by that same year.
To fully capture the economic opportunity, new hydrogen producers will need to ensure their output meets international environmental standards while building up those domestic industries that require green hydrogen to cut emissions, ensuring more economic benefits are realized domestically.
“Governments play a key role in driving innovation that creates economic opportunities across the value chain,” says Metz of Agora Industry. “By supporting green hydrogen investment and adopting targeted industrial policies, they can strengthen resilience while advancing climate and industrial progress.”
It’s time for hydrogen sobriety
The hydrogen bubble has burst. But despite the dire headlines, we cannot achieve global climate goals without some amount of truly clean hydrogen.
If the last few years were dominated by hydrogen hype, we need the future to be dominated neither by hype nor nihilism, but by a sober focus on designing policy to build demand for green hydrogen in the few, important sectors where it’s really needed.
Let’s hope the era of hydrogen sobriety has finally arrived.
The post Hydrogen beyond the hype: The green fuel’s narrow but crucial role in a decarbonized economy appeared first on Climate Home News.
Hydrogen beyond the hype: The green fuel’s narrow but crucial role in a decarbonized economy
Climate Change
Maryland Passes Energy Bill That Delivers Short-Term Relief, Locks Ratepayers into Long-Term Nuclear Subsidy
Advocates say Maryland lawmakers passed consequential energy proposals without adequate analysis or public debate during the 2026 session.
Maryland lawmakers’ new solution for rising utility bills reduces a surcharge funding an effective energy-efficiency program, offers rebates by raiding the state’s clean energy fund and includes subsidies for nuclear power that advocates say may prove costly over time.
Climate Change
To avoid COP mistakes, Santa Marta conference must be shielded from fossil fuel influence
Rachel Rose Jackson is a climate researcher and international policy expert whose work involves monitoring polluter interference at the UNFCCC and advancing pathways to protect against it.
Next week, dozens of governments will gather in the Colombian city of Santa Marta for a conference on transitioning away from fossil fuels.
The conference is a first of its kind, in name and in practice. It’s a welcome change to see a platform for global climate action actually acknowledge the primary cause of the climate crisis – fossil fuels. This sends a clear message about what needs to be done to avoid tumbling off the climate cliff edge we are precariously balancing on.
The agenda set for governments to hash out goes further than any other multilateral space has managed to date. Over the week, participants will discuss how to overcome the economic dependence on fossil fuels, transform supply and demand, and advance international cooperation to transition away from fossil fuels.
Alongside the conference, academics, civil society, movements and others are convening to put forward their visions of a just and forever fossil fuel phase out. The conference can help shape pathways and tools governments can use to achieve a fossil-fuel-free future, particularly if the dialogue begins with an honest assessment of “fair shares.”
This means assessing who is most responsible for emissions and exploring truer means of international collaboration that can unlock the technology, resources and finances necessary for a just transition.
Fossil fuel-driven violence is spiraling in places like Palestine, Iran, and Venezuela. Climate disasters are causing billions and billions of dollars in damage annually with no climate reparations in sight. All of this remains recklessly unaddressed on account of corporate-funded fascism.
We know the world’s addiction to fossil fuels must end. Is it surprising that a global governmental convening chooses now to try to tackle fossil fuels? It shouldn’t be, but it is.
COP failures
By contrast, meetings of governments signed up to the longest-standing multilateral forum for climate action—the United Nations Framework Convention on Climate Change (UNFCCC) – took nearly three decades before it officially responded to the power built by movements and acknowledged the need to address fossil fuel use at COP28 in 2023.
Even then, this recognition came riddled with loopholes. It may seem illogical that a forum established by governments in 1992 to coordinate a response to climate change should take decades to acknowledge the root of the problem. Yet there are clear reasons why arenas like the UNFCCC have consistently failed to curb fossil fuels decade after decade.
What would the outcome be when a fossil fuel executive literally oversaw COP28 and when Coca-Cola was one of the sponsors for COP27?
How can strong action take hold when, year after year, the UNFCCC’s COPs are inundated with thousands of fossil fuel lobbyists?
And how can justice be achieved when there are zero safeguards in place to protect against the conflicts of interest these polluters have?
Colombia pledges to exit investment protection system after fossil fuel lawsuits
Justly transitioning off fossil fuels cannot be charted when the very actors that have knowingly caused the climate crisis are at the helm—the same actors that consistently spend billions to spread denial and delay.
Unless platforms like the UNFCCC take concerted action to protect climate policymaking from the profit-at-all-costs agenda of polluters, the world will not deliver the climate action people and the planet deserve.
The impacts of climate action failure are now endured on a daily basis in some way by each of us – and especially by frontline communities, Indigenous Peoples, youth, women, and communities in the Global South. We must be closing gaps and unlocking pathways for advancing the strongest, fairest and fastest action possible.
Learn from mistakes
Yet, as we chase a fossil-fuel-free horizon, it’s essential that we learn from the mistakes of the past. We do not have the luxury or time to repeat them. History shows us we must protect against the polluting interests that want the world addicted to fossil fuels for as long as humanly possible.
We must also reject their schemes that undermine a just transition—dangerous distractions like carbon markets and Carbon Capture Utilisation and Storage (CCUS) that are highly risky and spur vast harm, all while allowing for polluters to continue polluting.
Fossil Free Zones can be on-ramps to the clean energy transition
We get to a fossil-fuel-free future by following the leadership of the movements, communities and independent experts who hold the knowledge and lived experience to guide us there.
We succeed by protecting against those who have a track record of prioritising greed over the sacredness of life.
And we arrive at a world liberated from fossil fuels by doing all of these things from day one, before the toxicity of the fossil fuel industry’s poison takes hold.
If this gathering in Santa Marta can do this, then it can help set a new precedent for what people-centered and planet-saving climate action looks like. When everything hangs in the balance, there can be no if’s, and’s, or but’s. There’s only here and now, what history shows us must be done, and what we know is lost if we do not.
The post To avoid COP mistakes, Santa Marta conference must be shielded from fossil fuel influence appeared first on Climate Home News.
To avoid COP mistakes, Santa Marta conference must be shielded from fossil fuel influence
Climate Change
Q&A: How the UK government aims to ‘break link between gas and electricity prices’
The UK government has announced a series of measures to “double down on clean power” in response to the energy crisis sparked by the Iran war.
The conflict has caused a spike in fossil-fuel prices – and the high cost of gas is already causing electricity prices to increase, particularly in countries such as the UK.
In response, alongside plans to speed the expansion of renewables and electric vehicles, the UK government says it will “move…to break [the] link between gas and electricity prices”.
Ahead of the announcement, there had been speculation that this could mean a radical change to the way the UK electricity market operates, such as moving gas plants into a strategic reserve.
However, the government is taking a more measured approach with two steps that will weaken – but not completely sever – the link between gas and electricity prices.
- From 1 July 2026, the government will increase the “electricity generator levy”, a windfall tax on older renewable energy and nuclear plants, using part of the revenue to limit energy bills.
- The government will encourage older renewable projects to sign fixed-price contracts, which it says will “help protect families and businesses from higher bills when gas prices spike”.
There has been a cautious response to the plans, with one researcher telling Carbon Brief that it is a “big step in the right direction in policy terms”, but that the impact might be “relatively modest”.
Another says that, while the headlines around the government plans “suggest a decisive shift” in terms of “breaking the link” between gas and power, “the reality is more incremental”.
- Why are electricity prices linked to gas?
- What is the government proposing?
- What is not being proposed?
- What will the impact be?
Why are electricity prices linked to gas?
The price of electricity is usually set by the price of gas-fired power plants in the UK, Italy and many other European markets.
This is due to the “marginal pricing” system used in most electricity markets globally.
(For more details of what “marginal pricing” means and how it works, see the recent Carbon Brief explainer on why gas usually sets the price of electricity and what the alternatives are.)
As a result, whenever there is a spike in the cost of gas, electricity prices go up too.
This has been illustrated twice in recent years: during the global energy crisis after Russia invaded Ukraine in 2022; and since the US and Israel attacked Iran in February 2026.
Notably, however, the expansion of clean energy is already weakening the link between gas and electricity, a trend that will strengthen as more renewables and nuclear plants are built.
The figure below shows that recent UK wholesale electricity prices have been lower than those in Italy, as a result of the expansion of renewable sources.
The contrast with prices in Spain is even larger, where thinktank Ember says “strong solar and wind growth [has] reduced the influence of expensive coal and gas power”.

The share of hours where gas sets the price of power on the island of Great Britain (namely, England, Scotland and Wales) has fallen from more than 90% in 2021 to around 60% today, according to the Department of Energy Security and Net Zero (DESNZ). (Northern Ireland is part of the separate grid on the island of Ireland.)
This is largely because an increasing share of generation is coming from renewables with “contracts for difference” (CfDs), which offer a fixed price for each unit of electricity.
CfD projects are paid this fixed price for the electricity they generate, regardless of the wholesale price of power. As such, they dilute the impact of gas on consumer bills.
The rise of CfD projects means that the weeks since the Iran war broke out have coincided with the first-ever extended periods without gas-fired power stations in the wholesale market.
This shows how, in the longer term, the shift to clean energy backed by fixed-price CfDs will almost completely sever the link between gas and electricity prices.
The National Energy System Operator (NESO) estimated that the government’s target for clean power by 2030 could see the share of hours with prices set by gas falling to just 15%.
What is the government proposing?
For now, however, about one-third of UK electricity generation comes from renewable projects with an older type of contract under the “renewables obligation” scheme (RO).
It is these projects that the new government proposals are targeting.
The government hopes to move some of these projects onto fixed-price contracts, which would no longer be tied to gas prices, further weakening the link between gas and electricity prices overall.
When RO projects generate electricity, they earn the wholesale price, which is usually set by gas power. In addition, they are paid a fixed subsidy via “renewable obligation certificates” (ROCs).
This means that the cost of a significant proportion of renewable electricity is linked to gas prices. Moreover, it means that, when gas prices are high, these projects earn windfall profits.
In recognition of this, the Conservative government introduced the “electricity generator levy” (EGL) in 2022. Under the EGL, certain generators pay a 45% tax on earnings above a benchmark price, which rises with inflation and currently sits at £82 per megawatt hour (MWh).
The tax applies to renewables obligation projects and to old nuclear plants.
The current government will now increase the rate of the windfall tax to 55% from 1 July 2026, as well as extending the levy beyond its previously planned end date in 2028.
It says it will use some of the additional revenue to “support businesses and households with the impacts of the conflict in the Middle East on the cost of living”. Chancellor Rachel Reeves said:
“This ensures that a larger proportion of any exceptional revenues from high gas prices are passed back to government, providing a vital revenue stream so that money is available for government to support businesses and families with the impacts of the conflict in the Middle East.”
The increase in the windfall tax may also help to achieve the government’s second aim, which is to persuade older renewable projects to accept new fixed-price contracts.
Reeves made this aim explicit in her comments to MPs, saying the higher levy “will encourage older, low-carbon electricity generators, which supply about a third of our power, to move from market pricing to fixed-price contracts for difference”.
(This is an adaptation of a proposal for “pot zero” fixed-price contracts, made by the UK Energy Research Centre (UKERC) in 2022, see below for more details.)
As with traditional CfDs, the new fixed-price contracts would not be tied to the price of gas power. Instead of earning money on the wholesale electricity market, these generators would take a fixed-price “wholesale CfD”. In addition, they would be exempted from the windfall tax and would continue to receive their fixed subsidy via ROCs.
The government says this will be voluntary. It will offer further details “in due course” and will then consult on the plans “later this year”, with a view to running an auction for such contracts next year.
It adds: “Government will only offer contracts to electricity generators where it represents clear value for money for consumers.”
(It is currently unclear if the proposals for new fixed-price contracts would also apply to older nuclear plants. Last month, the government said it intended to “enable existing nuclear generating stations to become eligible for CfD support for lifetime-extension activities”.)
What is not being proposed?
Contrary to speculation ahead of today’s announcement, the government is not taking forward any of the more radical ideas for breaking the link between gas and electricity prices.
Many of these ideas had already been considered in detail – and rejected – during the government’s “review of electricity market arrangements” (REMA) process.
This includes the idea of creating two separate markets, one “green power pool” for renewables and another for conventional sources of electricity.
It also includes the idea of operating the market under “pay as bid” pricing. This has been promoted as a way to ensure that each power plant is only paid the amount that it bid to supply electricity, rather than the higher price of the “marginal” unit, which is usually gas.
However, “pay as bid” would have been expected to change bidding behaviour rather than cutting bills, with generators guessing what the marginal unit would have been and bidding at that level.
Finally, the government has also not taken forward the idea of putting gas-fired power stations in a strategic reserve that sits outside the electricity market.
Last year, this had been proposed jointly by consultancy Stonehaven and NGO Greenpeace. In March, they shared updated figures with Carbon Brief showing that – according to their analysis – this could have cut bills by a total of around £6bn per year, or about £80 per household.
However, some analysts argued that it would have distorted the electricity market, removing incentives to build batteries and for consumers to use power more flexibly.
What will the impact be?
The government’s plan for voluntary fixed-price contracts has received a cautious response.
UKERC had put forward a similar proposal in 2022, under which older nuclear and renewable projects would have received a fixed-price “pot zero” CfD.
(This name refers to the fact that CfDs are given to new onshore wind and solar under “pot one”, with technologies such as offshore wind bidding into a separate “pot two”.)
In April 2026, UKERC published updated analysis suggesting that its “pot zero” reforms could have saved consumers as much as £10bn a year – roughly £120 per household.
Callum McIver, research fellow at the University of Strathclyde and a member of the UKERC, tells Carbon Brief that the government proposals are a “big step in the right direction in policy terms”.
However, he says the “bill impact potential is lower” than UKERC’s “pot zero” idea, because it would leave renewables obligation projects still earning their top-up subsidy via ROCs.
As such, McIver tells Carbon Brief that, in his view, the near-term impact “could be relatively modest”. Still, he says that the idea could “insulate electricity prices” from gas:
“The measures are very welcome and, with good take-up, they have the potential to insulate electricity prices further from the impact of continued or future gas price shocks, which should be regarded as a win in its own right.”
In a statement, UKERC said the government plan “stops short of the full pot-zero proposal, since it will leave the RO subsidy in place”. It adds:
“This makes the potential savings smaller, but it will break the link with gas prices. The devil will be in the detail, but provided the majority of generators join the scheme, most of the UK’s power generation fleet will have a price that is not related to the global price of gas.”
Marc Hedin, head of research for Western Europe and Africa at consultancy Aurora Energy Research, tells Carbon Brief that, while the headlines “suggest a decisive shift” in terms of “breaking the link” between gas and power, “the reality is more incremental”. He adds:
“In principle, moving a larger share of generation onto fixed prices would reduce consumers’ exposure to gas‑driven price spikes and aligns well with the direction already taken for new build [generators receiving a CfD].”
However, he cautioned that “poorly calibrated [fixed] prices would transfer value to generators at consumers’ expense, while overly aggressive pricing could result in low participation”.
In an emailed statement, Sam Hollister, head of UK market strategy for consultancy LCP, says that the principle of the government’s approach is to “bring stability to the wholesale market and avoid some of the disruption that a more radical break might have caused”.
However, he adds that the reforms will not “fundamentally reduce residential energy bills today”.
Johnny Gowdy, a director of thinktank Regen, writes in a response to the plans that while both the increased windfall tax and the fixed-price contracts “have merit and could save consumers money”, there were also “pitfalls and risks” that the government will need to consider.
These include that a higher windfall tax could “spook investors”. He writes:
“A challenge for policymakers is that, while the EGL carries an investment risk downside, unless there is a very significant increase in wholesale prices, the tax revenue made by the current EGL could be quite modest.”
Gowdy says that the proposed fixed-price contracts for older renewables “is not a new idea, but its time may have come”. He writes:
“It would offer a practical way to hedge consumers and generators against volatile wholesale prices. The key challenge, however, is to come up with a strike price that is fair for consumers and does not lock future consumers into higher prices, given that we expect wholesale prices to fall over the coming decade.”
Gowdy adds that it might be possible to use the scheme as a way to support “repowering”, where old windfarms replace ageing equipment with new turbines.
On LinkedIn, Adam Bell, partner at Stonehaven and former head of government energy policy, welcomes the principle of the government’s approach, saying: “The right response to yet another fossil fuel crisis is to make our economy less dependent on fossil fuels.”
However, he adds on Bluesky that the proposals were “unlikely to reduce consumer bills”. He says this is because they offered a weak incentive for generators to accept fixed-price contracts.
The post Q&A: How the UK government aims to ‘break link between gas and electricity prices’ appeared first on Carbon Brief.
Q&A: How the UK government aims to ‘break link between gas and electricity prices’
-
Climate Change8 months ago
Guest post: Why China is still building new coal – and when it might stop
-
Greenhouse Gases8 months ago
Guest post: Why China is still building new coal – and when it might stop
-
Greenhouse Gases2 years ago嘉宾来稿:满足中国增长的用电需求 光伏加储能“比新建煤电更实惠”
-
Climate Change2 years ago
Bill Discounting Climate Change in Florida’s Energy Policy Awaits DeSantis’ Approval
-
Climate Change2 years ago嘉宾来稿:满足中国增长的用电需求 光伏加储能“比新建煤电更实惠”
-
Climate Change Videos2 years ago
The toxic gas flares fuelling Nigeria’s climate change – BBC News
-
Renewable Energy6 months agoSending Progressive Philanthropist George Soros to Prison?
-
Carbon Footprint2 years agoUS SEC’s Climate Disclosure Rules Spur Renewed Interest in Carbon Credits









