China’s energy storage sector is rapidly expanding. As a solution to balancing the country’s growing energy needs and mass renewable energy production, the industry has attracted investments worth hundreds of billions of yuan (tens of billions of dollars).
This has seen China become the world’s largest market for energy storage deployment. Its capacity of “new type” energy storage systems, such as batteries, quadrupled in 2023 alone.
This rapid growth, however, has caused other problems, such as what one analyst described as “temporary structural overcapacity” and low utilisation.
In this Q&A, Carbon Brief explores how China has been driving the sector forwards and how it fits into the nation’s wider energy transition.
Soaring battery deployment
China is currently the world’s largest market for energy storage, followed by the US and Europe, according to BloombergNEF.
This position was driven by a combination of market need for balancing renewable energy and government efforts to build a “new power system”.
China installed a massive 301 gigawatts (GW) of renewable capacity including solar, wind and hydro in 2023 alone – more than the total renewable generating capacity installed in most countries over all time.
As of May 2024, “clean energy” generated a record-high 44% of China’s electricity, according to Carbon Brief analysis.
However, despite the renewable energy boom, China’s power system still struggles to absorb all of the generation, making energy storage – which bridges temporal and geographical gaps between energy supply and demand – a key tool for the country to improve its renewable energy integration.
The majority of China’s storage capacity comes from large-scale storage projects, such as hydropower with reservoirs on the Yangtze River and gigawatt-level battery energy storage systems in Inner Mongolia.
Pumped hydro storage is the most common utility-scale storage system and has a long history in China. It pumps water uphill to a reservoir and then releases it to generate electricity. As of 2023, pumped hydro storage surpassed 50GW, making up over half of the country’s overall storage capacity.
The remaining half is comprised primarily of batteries and emerging technologies, such as compressed air, flywheel, as well as thermal energy.
These technologies, known as the “new type” energy storage in China, have seen rapid growth in recent years. Lithium-ion batteries dominate the “new type” sector.
The deployment of “new type” energy storage capacity almost quadrupled in 2023 in China, increasing to 31.4GW, up from just 8.7GW in 2022, according to data from the National Energy Administration (NEA).
This means that China surpassed its target of reaching 30GW of the “new type” energy storage by 2025 two years earlier than planned. The goal had been set by the NEA and China’s top economic planner the National Development and Reform Commission, under the 14th “five year plan”.
(Read Carbon Brief’s Q&A: What does China’s 14th ‘five year plan’ mean for climate change?)
Wang Shurui, researcher at the Institutes of Science and Development, Chinese Academy of Sciences, tells Carbon Brief:
“Advancements in the storage sector will enable a greater integration of renewable energy into the power grid, enhancing grid stability and helping accelerate China’s emissions reduction.”
High deployment, low usage
To promote battery storage, China has implemented a number of policies, most notably the gradual rollout since 2017 of the “mandatory allocation of energy storage” policy (强制配储政策), which is also known as the “new energy plus storage” model (新能源+储能).
Under the mandate, which applies in dozens of provinces, renewable companies are required to include a certain amount of energy storage capacity alongside new solar and wind generation projects, with the storage allocation rate ranging between 5% to 20%.
“This mandate is driving storage growth, as it pushes the build-out of large-scale energy storage stations,” says Guo Shiyu, climate and energy campaigner from Beijing-based thinktank Greenpeace East Asia. She tells Carbon Brief:
“The stations may not look huge separately, but they are mostly built on the generation side [alongside generating capacity], which are still quite big compared to industrial and commercial self-built storage [on the demand side].”
Cheaper costs led by technology innovation have helped the market’s increasing adoption of batteries too, Sun Yongping, researcher of emissions trading and vice-dean of the Institute of State Governance at Huazhong University of Science and Technology, tells Carbon Brief.
“An interviewee told me in a recent field study that the cost had fallen by over a half these years,” says Sun. “Local development is so fast that too often you can’t grasp it [in a] timely [way] just by looking at the statistical numbers,” he adds.
Despite its positive intentions, the mandatory storage policy has had unintended consequences. Notably, a significant portion of the installed storage capacity remains underutilised.
In regions covered by the State Grid – the government-owned operator that runs the majority of the country’s electricity transmission network – over four-fifths of the storage systems operate less than 10% of the time, with many used only once every two days, according to a Bloomberg report.
Another challenge, according to Guo, is the additional project costs and lack of effective incentives, as many storage facilities were built or rented to fulfil government requirements but went unused afterwards.
Both Guo and Sun argue that China needs a deeper level of electricity market pricing reforms to create incentives to use storage.
For example, having electricity prices that change at different hours could encourage the adoption of storage technologies in China, suggests Sun.
Guo says: “We still hope that each place deploys new energy storage according to its needs and understands its own situation instead of adopting a ‘one-size-fits-all’ approach.”
‘New driving force’ for economy
In 2024, the NEA named the energy storage sector as a “new driving force” for the country’s “new quality productive forces ” (NQPF). It could “propel the upstream and downstream industrial chains, promote scientific and technological innovation, talent training, investment and employment”, said the NEA.
(Read more on Carbon Brief’s Q&A: What China’s push for ‘new quality productive forces’ means for climate action.)
Regional governments are also exploiting the economic opportunity in energy storage. Guangdong, for example, aimed to make energy storage a “strategic pillar industry” of its economy by setting a target of 600bn yuan ($85bn) in annual revenue from the energy storage industry by 2025, eyeing the domestic and overseas market as the global energy transition deepens.
Meanwhile, Zhejiang, Anhui and Guangdong also have ambitious targets of installing local storage capacity of 3GW each by 2025, according to a recent tally by Greenpeace East Asia, based on government documents.
The booming market has attracted more than 100bn yuan ($14bn) since 2021.
But risks of market turmoil also exist. According to battery industrial information provider Gaogong Industrial Institute, last year China saw over 70,000 newly registered companies in the sector, which indicated that the market – already seeing fierce competition – may now be undergoing an “overcapacity” period.
Guo says this period of “overcapacity”, however, is rather “temporary”. She adds:
“There exists a temporary structural overcapacity, as the current expansion of new type energy storage is outpacing the market needs.
“However, if the regional governments could provide more policy support for the application of storage projects, this ‘excess capacity’ due to insufficient market demand could be avoided.”
The post Q&A: How China became the world’s leading market for energy storage appeared first on Carbon Brief.
Q&A: How China became the world’s leading market for energy storage
Ellen Davies is head of programmes at the African Climate Foundation and is based in Kenya. Wole Hammond is programme officer for adaptation and resilience at the foundation, based in Nigeria.
For generations, African communities have lived on the frontlines of climate disruption, managing erratic rainfall, prolonged droughts and the slow erosion of their livelihoods, which depend on predictable seasons.
When the rains failed across Southern Africa in 2024, it was but the latest chapter of a crisis already long underway. During that season, maize crop failures of 40-80% devastated farming communities in Zambia, Zimbabwe and Malawi, where roughly 70% of people depend on rain-fed agriculture. Governments already stretched by debt were forced to raid development budgets, trading long-term growth for emergency relief.
Then came the floods. In early 2026, parts of Mozambique, Zimbabwe and South Africa received over a year’s worth of rain in days. More than 2 million people were affected. In East Africa, drought has displaced nearly 62,000 people in Somalia this year alone, with nearly one in four Somalis now facing acute food insecurity.
This is what climate change looks like on the ground – not parts per million or diplomatic jargon, but whether a school stays open after floods cut off the road, whether a clinic can function in extreme heat, whether a country can still invest in its future when every year brings another disaster bill.
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Africa as a continent contributes the least to global emissions yet bears a disproportionate share of the consequences. Nine of the ten countries most vulnerable to climate change are African. As livelihoods collapse and rural economies fail, migration pressures will intensify, driven by climate change intersecting with poverty, conflict and constrained opportunity.
Chronic under-funding
Europe is only now beginning to experience, in more limited form, what African communities have navigated for decades with far less fiscal space, thinner insurance coverage and fewer resources for recovery. With El Niño conditions confirmed and a “super” version of the naturally occurring weather pattern possible later this year, the pressure is set to intensify further.
In Africa, climate action is fundamentally a development challenge where adaptation and mitigation must go hand in hand. Building a solar grid and flood-proofing the road that serves it are not separate agendas. Yet for too long, the global climate conversation has prioritised mitigation while leaving adaptation – the work of protecting lives, livelihoods and economies in a changing climate – chronically under-funded.
The result is three compounding gaps. A visibility gap: much of Africa’s adaptation work remains under-documented and under-recognised in global climate narratives. A financing gap: capital does not flow at the scale or speed required to the people and institutions best placed to use it. And a decision-making gap: too many solutions are still designed elsewhere and imported into African contexts, rather than backing African-led platforms to scale what is already working.
Live from LCAW – Raw diplomacy: Can new mineral alliances deliver a just energy transition?
Solutions ready for finance
The solutions exist. Rwanda’s green investment fund has mobilised climate finance at national scale through its own systems. Egypt’s Nexus of Water, Food and Energy programme has shown how integrated planning can stretch limited resources across interdependent systems.
Zambia’s Presidential Irrigation Initiative is building climate-resilient food production from the ground up. In Pata, Senegal, a solar irrigation project has unlocked agricultural production and created jobs, demonstrating how integrated investments in water, energy and livelihoods can deliver resilience and development gains simultaneously.
In South Africa, the African Climate Foundation’s work with the South African Local Government Association (SALGA) is supporting district municipalities to assess their climate risks and develop fit-for-purpose Climate Action Plans, building adaptation capacity where it is needed most – at the local level.
These are not pilot projects waiting to be validated. They are working systems waiting for investment.
Closing the gaps requires a decisive shift in posture from global finance, philanthropy and development institutions. It means backing country-led platforms that can prepare, aggregate and finance adaptation projects. It means investing in place-based initiatives grounded in local knowledge.
French court rules Total must revise climate plan to account for all emissions
It means fostering intra- and inter-continental collaboration, so that lessons from Kigali inform decisions in Nairobi and innovations in Lagos reach communities in Dakar. And it means treating adaptation as core economic infrastructure, not charitable relief.
Invest now for future gains
The economic case is clear. Every dollar invested in climate adaptation returns an estimated four dollars in benefits on average – and up to five in the poorest economies. Under-investment in African adaptation is as economically irrational as it is morally unjust.
The world depends on Africa’s food systems, its young workforce – the majority of the continent’s population is under 25 – and its minerals. Several African countries supply a substantial share of the copper, cobalt and other critical materials underpinning the global clean energy transition.
Drought in Zambia has already shown how climate stress can disrupt hydropower, electricity supply and mining output. A transition that depends on African minerals cannot afford to ignore African climate resilience.
The world can continue to under-fund adaptation and pay repeatedly for emergencies, instability and lost development. Or it can invest now in the people, institutions and systems already doing the work on the ground in Africa, not in solutions imported from elsewhere.
Africa has the agency, the knowledge and the platforms. What it needs is the finance to match. A super El Niño will not wait for consensus to form. Neither, frankly, should we.
The post Climate adaptation in Africa needs investment, not imported solutions appeared first on Climate Home News.
Climate adaptation in Africa needs investment, not imported solutions
Climate Change
DeBriefed 26 June 2026: Heat records broken across Europe | London climate action week | Introducing ‘Project Cosmos’
Welcome to Carbon Brief’s DeBriefed.
An essential guide to the week’s key developments relating to climate change.
This week
Record Europe heat
HOTTEST EVER: The UK broke its temperature record for June twice this week, while France recorded its hottest day ever two days in a row, reported the Guardian. The Times reported that temperatures reached 36.7C in Somerset on Thursday, as the “London Ambulance Service had its busiest-ever day for life-threatening emergencies”.
FRANCE FRYING: French newspaper Libération said that temperatures reached as high as 44.3C in the south-western commune of Pissos on Wednesday. Spain also recorded its highest daily average temperature for June, said BBC News. On Thursday, Switzerland also had its hottest June day, when temperatures reached 37C in four locations, reported SwissInfo.
CLIMATE LINK: CNN covered a rapid analysis from the World Weather Attribution service finding that fossil-fuelled climate change has made this heatwave the most severe and widespread in Europe’s history. Carbon Brief covered the broken heat records, explaining the influence of climate change.
‘Electrifying’ London talks
‘LONDON COOKING’: In a sweltering, packed-out event at London climate action week, UN chief António Guterres quipped that “London is not just calling, it’s cooking”, reported Edie. Guterres also used his address to release a “global call to action on methane” and to call on artificial intelligence companies to reveal their environmental impact and source their power solely from renewables by 2030, said the publication.
‘ELECTRIFY NOW’: Elsewhere, dozens of governments, led by the EU and the UK, committed to throwing “their political weight” behind a rapid electrification of the world’s economy, according to Climate Home News. A high-level summit in London’s Mansion House saw energy ministers and business leaders, joined by Guterres, in “calling for faster action to curb demand for oil, coal and gas by powering homes, industry and transport with clean electricity”.
FOSSIL TRANSITION: At the same event, ministers from Colombia and the Netherlands, the co-hosts of the world’s first summit on transitioning away from fossil fuels in April, unveiled a report on their key takeaways. It comes after the current Colombian government has been ousted by a presidential election defeat to a fossil-fuel-supporting Trump ally. Carbon Brief examined what this could mean for the world’s energy transition.
Around the world
- UK TARGET: The UK parliament has approved its “seventh carbon budget”, aimed at cutting emissions 87% below 1990 levels by 2040.
- TOTAL ACCOUNTABILITY: A French court has ordered oil-and-gas giant TotalEnergies to account for the emissions from the use of its products, following a case brought by a climate NGO, reported Le Monde.
- METHANE RULES: The US, Qatar and other major energy exporters have urged the EU to “rewrite planned methane emissions” rules for oil-and-gas imports, saying that the policy could disrupt fuel supplies to Europe, according to Reuters.
- CHINA MESSAGE: China’s special envoy for climate change, Liu Zhenmin, said at the World Economic Forum that energy shortages triggered by the Iran war should be a “lesson to countries to accelerate their energy transitions”, reported Bloomberg.
- US WEBSITE REVIVED: Former US government workers have “recreated a valuable climate-science website” shut down by the Trump administration last year, said the New York Times.
6,600 animals
The number of livestock that perished in transport during heat in England and Wales from June to August 2025, double the number killed the year before, reported Carbon Brief.
Latest climate research
- Some world regions are experiencing up to 50 additional heat stress days annually, when compared to 1950 | Nature Climate Change
- Projections of national land-use emissions to 2100 suggest the strongest “carbon sinks” will be in China and Indonesia, whereas Brazil and the Democratic Republic of the Congo will “dominate global sources” | Nature
- Most carbon-offset projects relying on “avoided deforestation” have “mixed, negligible or negative impacts relative to control areas” | Nature Climate Change
(For more, see Carbon Brief’s in-depth daily summaries of the top climate news stories on Monday, Tuesday, Wednesday, Thursday and Friday.)
Captured
The UK government’s official climate advisers, the Climate Change Committee (CCC), has released its latest progress report, emphasising that faster electrification is the best way to secure lower energy bills and stronger energy security. Electrification has shot up the agenda in recent months, with the COP31 presidency calling for countries to back a global goal for 35% of “final” energy to come from electricity by 2035. The text of the CCC’s latest report uses the word “electrification” far more often than previous editions, as shown in the figure above. See Carbon Brief’s in-depth breakdown of the CCC’s latest advice.
Spotlight
Introducing ‘Project Cosmos’
Carbon Brief explains how it built a major new database of climate science research and unveils a new ranking of the 500 most highly cited publications, authors and institutions in climate science.
This week, Carbon Brief launched Project Cosmos – the world’s largest and most complete database of climate change research.
The database features more than 1.8m academic papers, books and reports, capturing the vast body of human knowledge about climate change that has accumulated over more than a century of academic study.
The climate science “universe” is based on reports from the Intergovernmental Panel on Climate Change (IPCC), which are recognised as the world’s most authoritative summaries of the latest climate science.
Since its first report was published in 1990, humanity’s knowledge about human-caused climate change has ballooned. The IPCC has published six sets of reports in total – each one longer than the last.
In total, IPCC reports reference more than 100,000 other papers, books and reports. This is the core of our climate science universe. Carbon Brief then built on this core, by looking at four other sources of data. Read more about how the Cosmos database was created here.
Every single publication in the Cosmos database is linked to at least one other through references. Visualising these links reveals a “galaxy” of references.
In the image above, each colour and cluster reveals different topics and densities of research. Explore the galaxy in an interactive map.
Cosmos 500
As part of an initial wave of preliminary analysis to demonstrate the scope of the Project Cosmos database, Carbon Brief has ranked the 500 most highly cited publications, authors and institutions in the database.
The most highly cited climate scientist is Prof Philippe Ciais, who has spent almost four decades researching the planet’s carbon cycle – and the ways in which humans have been impacting its balance. Carbon Brief recently interviewed Ciais in Paris.
The US tops the tables for the most highly cited authors and institutions. Almost half of the 500 most highly-cited authors are from US institutions. This raises particular concerns for the future of climate science, as US climate scientists and institutions are coming under attack under the Trump administration.
Experts from global south countries account for only 4% of all authors in the Cosmos 500. China stands out as the most highly-cited global south country. Meanwhile, only 10% of authors in the Cosmos 500 are women.
There are many possibilities for future avenues of research using the Cosmos database. Over time, the database could be used to reveal, for example, how interest in different areas of climate science has changed over time, plus identify potential knowledge gaps and, thus, opportunities for future research.
Carbon Brief invites researchers – including academics, journalists and analysts – to submit their own proposals for co-authored studies, literature reviews and analytical projects. Proposals should be sent to cosmos AT carbonbrief DOT org.
This spotlight first appeared in Cited, Carbon Brief’s new fortnightly newsletter focused on climate research. Sign up for free.
Watch, read, listen
‘DOOMSDAY CULT’: OpenDemocracy reported on a “religious cult” spreading climate misinformation in “parliaments” and at “COP summits”.
‘WEDGES’ EXAMINED: ProPublica and Drilled released an investigation into how oil executives worked to influence a climate research paper from Princeton University known as “wedges”.
‘1976 to 2056’: A 30-minute YouTube video from the Met Office had climate scientists explaining how current UK temperatures compare to the infamous 1976 heatwave, and how extremes could worsen by 2056.
Coming up
- 29-30 June: Hamburg sustainability conference, Hamburg, Germany
- 29-30 June: Seventh global conference on climate and sustainable development goals synergies, Bangkok, Thailand
- 29-30 June: 11th annual global conference on energy efficiency, Montreal, Canada
Pick of the jobs
- Drilled, series editor | Salary: $4,000 a month (six-month contract). Location: US
- Met Office, ocean climate science manager | Salary: £54,515-£58,582. Location: Exeter, UK
- Grantham Research Institute on Climate Change and the Environment, research officer (climate science and law) | Salary: £43,277-£55,497. Location: London
DeBriefed is edited by Daisy Dunne. Please send any tips or feedback to debriefed@carbonbrief.org.
This is an online version of Carbon Brief’s weekly DeBriefed email newsletter. Subscribe for free here.
The post DeBriefed 26 June 2026: Heat records broken across Europe | London climate action week | Introducing ‘Project Cosmos’ appeared first on Carbon Brief.
Over the last four years, Colombia has emerged as one of the most vocal advocates for the world to transition away from fossil fuels.
Under the leadership of leftist politician and economist Gustavo Petro, it became the first major oil-and-gas producer to commit to halting all new fossil-fuel expansion.
In April, the nation hosted a first-of-its-kind meeting of countries on transitioning away from fossil fuels, alongside the Netherlands, in the Caribbean city of Santa Marta.
The meeting concluded with a promise for a new “Santa Marta process” spearheaded by Colombia and the Netherlands, a movement of countries that would continue to push for a transition away from fossil fuels at home – and at international climate talks.
But on 21 June, an ally of Petro suffered defeat in a presidential election runoff against Abelardo de la Espriella, a hard-right populist and favourite of US president Donald Trump, who has pledged to boost oil production and pursue “fracking to the max”.
Below, Carbon Brief examines what the loss could mean for Colombia’s stance on fossil fuels, as well as international efforts to transition away from coal, oil and gas, including at the COP31 climate summit in Turkey in November.
- How could the election defeat change Colombia’s stance on fossil fuels?
- How could it affect international efforts to transition away from fossil fuels?
- How could efforts to transition away from fossil fuels feature at COP31?
How could the election defeat change Colombia’s stance on fossil fuels?
In 2022, Petro became Colombia’s first left-wing president in recent history.
Under his leadership, Colombia became the first major oil producer and exporter to halt all new fossil-fuel expansion, boosted renewable energy and saw a sustained decline in deforestation.
At the COP28 summit in 2023, Petro announced that Colombia would become the first major oil exporter to sign the fossil-fuel non-proliferation treaty, a pact to legally control fossil-fuel production and use.
Successive Colombian environment ministers became among the most vocal supporters of transitioning away from fossil fuels at UN climate talks.
This included former minister Susana Muhamad, a political scientist and environmentalist who stepped in to lead the most recent UN biodiversity summit in 2024 after original host Turkey was forced to withdraw following earthquakes.
She was succeeded by Irene Vélez Torres, a former academic who led calls for a “fossil-fuel roadmap” to be part of the formal outcome at the COP30 summit in 2025.
At the sidelines of COP30, Vélez Torres and Netherlands climate minister Stientje van Veldhoven announced plans to co-host a first-of-its-kind summit on transitioning away from fossil fuels in Colombia in April 2026.
(In the end, countries failed to agree to a formally negotiated “fossil-fuel roadmap” at COP30. However, the Brazilian COP30 presidency promised to bring forward a voluntary roadmap instead, informed by the Santa Marta summit.)
Some 57 countries – representing one-third of the world’s economy – participated in the event, with officials describing it as “refreshing”, “highly successful” and “groundbreaking”, according to Carbon Brief’s reporting from Colombia.
The meeting concluded with a range of outcomes, including a second fossil-fuel transition summit to be co-hosted by Tuvalu and Ireland in 2027.
In stark contrast to Petro’s government, new hard-right populist president Abelardo de la Espriella has promised to quickly boost new fossil-fuel and mining projects, including by “fracking to the max”.
De la Espriella has also promised to build 10 “mega prisons” inside Colombia’s Amazon rainforest.
He has not yet commented on whether he will withdraw Colombia from Santa Marta’s “coalition of the willing”.
How could it affect international efforts to transition away from fossil fuels?
Just two days after the Colombian government’s election defeat, environment minister Vélez Torres took to the stage at London climate action week, alongside Netherlands climate minister van Veldhoven, to present a report on key takeaways from the Santa Marta summit.
The report, written before the election loss, speaks of an ongoing “Santa Marta process” to accelerate the global transition away from fossil fuels. It says that this will be coordinated by Colombia and the Netherlands, along with the two appointed co-hosts of the second conference on transitioning away from fossil fuels, Tuvalu and Ireland.
Acknowledging that this was likely to be one of her last addresses as Colombia’s environment minister, Vélez Torres told the audience that, going forward, the Santa Marta process must be resilient to “political setbacks”.
At the sidelines of the event, Vélez Torres told Carbon Brief that the work her government has done “cannot be erased”, despite a change in power. She said:
“Right now, we are facing the dark nights, this will really shift the politics in terms of energy position and environmental protection. But we are certain that our legacy will continue. It goes beyond governments.”
Dutch minister van Veldhoven told Carbon Brief that the plan for the “Santa Marta process” is to hold fossil-fuel transition summits in a different country every year, with two new co-hosts each time. This could help weather political shocks, she said:
“We know that every couple of years there will be elections. That is why [we have] the idea of rotating presidencies and chairmanships…while we make sure we make use of existing secretariats and organisations that are not subject to political changes every couple of years.
“In that combination, we hope to create a historic legacy and continue to drive the process forward, but also [create space for] a new energy from two new countries every year that bring their own perspective and their own dynamic.”
Although new countries could drive the process forward without Colombia, there are few major oil producers that have shown the same level of commitment to transitioning away from fossil fuels.
Ana Toni, an economist and CEO of the COP30 summit in Brazil, told Carbon Brief at London climate action week that the world will “miss the leadership of Colombia”, but added:
“Not one country will stop this movement. All countries need to chip in. There isn’t one leader for this topic. Everybody needs to join forces.”
How could efforts to transition away from fossil fuels feature at COP31?
At London climate action week, Colombia and the Netherlands presented their Santa Marta report to the Brazilian COP30 presidency.
The COP30 presidency is due to release a voluntary international “fossil-fuel roadmap” ahead of COP31 in Turkey in November, which it has promised will be informed by the takeaways from Santa Marta.
Speaking at the sidelines of London climate action week, Colombia and the Netherlands added that they have had “constructive” conversations with the COP31 co-presidencies, Australia and Turkey, about how to incorporate the discussions from Santa Marta.
Colombian environment minister Irene Vélez Torres told a small group of journalists:
“We had this very interesting conversation with COP31 and they were clearly open to suggestions about what is needed in the discussion in Turkey, and we were explicit about the need to engage with the phasing out of fossil fuels.”
However, both Colombia and the Netherlands added that they were unsure of how this might work in practice.
When asked about whether the Santa Marta discussions could be incorporated into formal COP texts, they were keen to emphasise that all the conversations in Colombia were specifically not negotiations.
They added that they were unsure of whether the group of 57 countries that gathered in Santa Marta would appear as a collective at press conferences or events at the COP31 summit.
The post Q&A: What change of power in Colombia could mean for world’s fossil-fuel transition appeared first on Carbon Brief.
Q&A: What change of power in Colombia could mean for world’s fossil-fuel transition
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