The installation of solar panels and heat pumps in UK homes soared in 2023, driving the country to its highest-ever level of domestic low-carbon technology upgrades.
Registered solar photovoltaic (PV) installations rose nearly 30% to a post-subsidy record of 189,826 in 2023, according to the Microgeneration Certification Scheme (MCS).
Similarly, heat-pump installations were up 20%, reaching a record 36,799.
This growth drove a UK record for the total number of domestic renewable electricity and low-carbon heat technologies installations registered by MCS, which reached 229,618.
This brings the total MCS-certified installations of solar PV overall to 1,441,753 since 2009, equivalent to more than 5% of all UK households.
The near-record figure for home solar in 2023 is particularly significant because it came without any government support, whereas previous growth was driven by deadlines under the Feed-in-Tariff (FiT) subsidy scheme, which ended in 2019.
Below, Carbon Brief looks at MCS’s installation figures for 2023, picking out some of the most significant domestic developments.
Record clean energy growth
The UK had already recorded its “best-ever” year for renewable energy and low-carbon heat installations before 2023 came to end, as Solar Power Portal reported in December.
While solar PV and air-source heat pumps (ASHP) saw growth in their installation rates in 2023, other clean technologies dropped off somewhat.
By the end of the year, a record total of 229,618 MCS certified installations had been registered (there is the potential for a small change to the total, due to a lag with registrations, MCS told Carbon Brief).
This included a post-subsidy record 189,826 solar PV installations, up by a third from the 138,020 seen in 2022.
Solar Energy UK chief executive Chris Hewett said in a statement:
“Setting a post-subsidy record of almost 190,000 smaller-scale solar PV installations, and approaching the all-time record of 203,000, is truly a moment to celebrate. The solar industry is on a roll, particularly as we start to conclude work on the government-industry Solar Taskforce, whose roadmap for delivering 70GW [gigawatts] of capacity is due to be published in a couple of months.”
The number of MCS-registered ASHP installations grew to a record 36,799 in 2023 from 29,490 a year earlier. (The real number of heat pumps installed in the UK is likely to be higher, as there is currently no mandate for all low-carbon technology deployments to be certified, or reported in a single place.)
Bean Beanland, director for growth at trade association the Heat Pump Federation, tells Carbon Brief the growth in demand for ASHPs was being driven by increasing activity from “early movers”, as well as by the boiler upgrade scheme (BUS) subsidy, which was introduced in 2022 and increased in 2023.
The BUS initially offered a £5,000 grant for those installing an ASHP or biomass boiler and £6,000 for a ground-source heat pump (GSHP). This was raised to £7,500 for both ASHPs and GSHPs in October 2023.
Beanland adds:
“[Following the increase in the grant] one of our members went back to all the consumers who they had quoted during 2023, detailing the increase, but where they had not converted the opportunity. The result was a significant number of contracts, so the additional £2,500 has certainly made a difference.
“In parallel, the whole visibility of the technology is being driven by the likes of Octopus, Good Energy and OVO, with their very high-profile campaigns and the advent of time-of-use tariffs that improve the financial benefits considerably.”
Customers who are able to afford to deploy solar PV, a battery and a heat pump can use such tariffs to reduce operational cost, allowing the heat pump to compete with gas, he adds.
The number of GSHP installations fell from 3,420 to 2,469, while solar-thermal installations nearly halved, falling from 615 to 311.
Beanland says:
“The value of the BUS for ground-source is just far too low. Government has made a conscious decision to go for numbers rather than the highest efficiency by supporting air-source to a much greater extent. This has been compounded now that the BUS levels for air- and ground- are the same.”
The surge in ASHP means that low-carbon heating technologies still saw an overall increase in 2023, rising by 20% year-on-year, as reported by BusinessGreen.
Despite this growth, however, the installation of heat pumps remains a long way from hitting the UK government target of 600,000 installations per year by 2028.

While the MCS dashboard does not provide data on battery storage installations, a recent release from the company states that 2023 was a record-breaking year for the technology. MCS says batteries were the third most popular technology type to be installed in homes by its certified contractor base.
Of the 4,700 certified batteries registered with MCS, 4,400 were installed in 2023, it adds.
With the energy price cap on average domestic energy bills now sitting below £2,000 per year and installation costs having increased with inflation, it is unclear whether the high levels of solar PV installations in 2023 will be maintained this year.
Solar Energy UK’s chief communications officer Gareth Simkins says:
“Speculation is always a dangerous game. I think it is reasonable for current deployment rates – around 15,000 a month – to continue. This will not just be retrofits of course – we expect more newbuild homes to carry solar, too.”
Monthly solar installations hit highs
Last year saw monthly installations of rooftop solar PV start to hit the levels seen in 2015, when government subsidies were still available, as shown by the red bars in the figure below.
March 2023 saw 20,073 registered solar PV installations, putting it in the top 10 months seen in the UK. Both 11th and 12th places were claimed by months in 2023 too, with June seeing 18,049 installations and May seeing 17,787 installations.
The rest of the top 10 installation months are dominated by 2011, 2012 and 2015. This was driven largely by subsidy deadlines, with a rush seen ahead of cuts leading to record-high installation periods.

In 2012, the FiT subsidy for solar was cut in half, reducing from 43.3p per kilowatt hour (kWh) to just 21p per kWh. This cut returns from solar electricity from around 7% to 4%, according to the Guardian.
In doing so it almost doubled the payback period for households, with some seeing their £10,000-12,000 solar panels only being in credit after 18 years rather than 10, the Guardian reported at the time.
This change followed then-climate change minister Greg Barker launching a consultation into the subsidies in an effort to avoid the industry falling victim to “boom and bust“.
Following the change, installations fell by nearly 90%, according to Department of Energy and Climate Change figures reported in the Guardian.
Installations dropped from 26,941 in March 2012 to 5,522 in April 2012, according to MCS figures, although there was a further surge later that year.
Throughout 2013, installations remained relatively subdued, growing through 2014 before peaking again in 2015. Installations hit 25,614 in December 2015, but this came ahead of further FiT reduction in February 2016, which sent “shockwaves” through the sector and saw installations drop dramatically
The FiT came to an end in 2019, with the solar export guarantee brought in 2020, which sets a minimum price for electricity exported to the grid.
Following the resulting lull in installations, domestic solar PV has once again been growing. The difference this time is that there is no underlying subsidy driving growth, with rising energy bills and longer-term falls in technology costs making the technology increasingly appealing.
Speaking to Carbon Brief, Solar Energy UK’s Simkins says:
“Oddly enough, it shows the success of FiTs in creating a market for solar in the first place, with the industry now standing entirely on its own two feet without government support.”
Installation costs rise
The inflationary impacts of the Covid-19 pandemic and the subsequent energy crisis led to an increase in solar technology costs in 2023.
Consequently, installation costs have risen over recent years, according to MCS. Across every month in 2023, average installation costs sat above £10,000 – the only time in more than a decade that they have reached that level, as shown in the figure below.
This has been impacted by the scale of the installations to a certain extent, with the installation cost per kilowatt (kW) seeing a more limited increase. Across 2022, the average cost of installing solar per kW was £1,804 and in 2023 this rose to £2,020.
Moreover, in some months, solar was actually cheaper per kilowatt (kW) in 2023 than in 2022, MCS data shows.
It is also worth noting that the increase in the cost of solar installations has not been as dramatic as the increase in energy bills over the past couple of years.
The energy crisis drove up domestic energy bills from late 2021, as supply chain squeezes driven in part by the Russian invasion of Ukraine sent gas prices to record highs.
As a result, the default tariff price cap for consumers jumped from £1,277 per year in the six months to March 2022, to £1,971 over that summer, and then to £3,549 over the winter of 2022.
It then surged again to £4,279 over the first quarter of 2023, before it began to fall (the energy price guarantee came into force in October 2022, superseding the rate of the price cap, and limiting domestic energy bills to £2,500 initially).
The surge in domestic energy prices highlighted the exposure of the British energy system to fluctuations in international gas markets. In doing so, it is likely it helped drive uptake of domestic solar – as shown in the figure below – as households looked to cushion themselves from potential future surges.

Speaking to Carbon Brief, solar wholesaler Midsummer’s commercial director Jamie Vaux says installation costs are now coming down.
The high installation costs and long installation lead times in 2022, were driven by demand exceeding supply, he says. With new installers entering the market and mortgage rates and inflation hitting consumer spending, this has started to ease, he adds.
Average installation prices per kW peaked at £2,111 in April 2023, before slowly falling throughout the year.
Vaux explains:
“Essentially, those who had the funds available when the energy crisis hit have already had their installations, and while many still want solar, the rate stopped climbing so steeply and the curve flattened at the same time as more installers were there to meet the demand. It has become more competitive at the installation level, and installation costs have (gradually) fallen as a result.”
There is also currently a glut of solar modules, which could help prices continue to fall and stimulate further update of solar, according to Vaux.
There is currently “a year’s worth of modules already sitting in EU warehouses, and devaluing daily”, Vaux adds, meaning top-tier modules can be bought for a fraction of prices seen in 2022.
Solar Scotland
The area with the overall highest share of households with solar PV installations since the start of MCS data in 2009 is Stirling in Scotland, where 16.7% of households have solar PV (6,994 households).
Perhaps surprisingly, given their poorer insolation rates relative to other parts of the UK, Scottish local authorities appear four times in the top 10, as shown in the figure below.
Scotland’s housing policy means it is mandatory for solar to be fitted on all new build properties, helping to boost installation rates.

In terms of installations completed during 2023, the Isle of Anglesey came out on top, with 1,083 systems added, amounting to 3.5% of households.
The top 10 for last year is dominated by Welsh and Scottish local authorities, with just one English local authority making it into the list – South Cambridgeshire in ninth place.
There are five Scottish local authorities (Dumfries and Galloway, East Lothian, Perth, Moray and Kinross and Midlothian) and four Welsh local authorities (Isle of Anglesey, Ceredigion, Powys and Pembrokeshire).
The 10 local authority areas with the lowest percentage of solar PV installations since 2009 are all in London, with Kensington and Chelsea coming out on top with just 0.4% (or 297) of households having registered solar PV installed, according to MCS.
It is worth noting that due to the density of the households in London and other major cities, they are over-represented in the lowest percentage list for solar installations.
For example, Wandsworth – which comes out as having the tenth lowest rate of just 1.1% of households having solar PV – only has 1,496 installations.
Meanwhile, Torridge in Devon – which has the eighth highest rate of installations in the UK at 12.8% – has 3,899 solar PV installations. While this is more than double the number is Wandsworth, the much larger difference in percentage terms highlights the impact of population size in each local authority area.
The same is broadly true of 2023. While the area last year with the lowest installation rate was Derry City and Strabane, with just 73 installations (0.1% of households), the bottom ten is still dominated by London boroughs, which made up eight of the list.
Detached properties are the most common when it comes to solar PV installations, with 50,8193 of the MCS registered solar PV installations since 2009 (35.2%) having been fitted on detached properties, versus 447,415 on semi-detached, 288,886 on terraced, 187,131 on flats and apartments and 10,100 on other properties.
This means detached properties – which tend to be larger, with more roof area – are over-represented in terms of their share of solar installations, as shown in the figure below.

The post Analysis: Surge in heat pumps and solar drives record for UK homes in 2023 appeared first on Carbon Brief.
Analysis: Surge in heat pumps and solar drives record for UK homes in 2023
Greenhouse Gases
Interview: How ‘mid-level bureaucrats’ are helping to shape Chinese climate policy
Local officials are often viewed as relatively weak actors in China’s governance structure, largely implementing policies issued from the central level.
However, a new book – “Implementing a low-carbon future: climate leadership in Chinese cities” – argues that these officials play an important role in designing innovative and enduring climate policy.
The book follows how four cities – Shenzhen, Zhenjiang, Xiamen and Nanchang – approached developing low-carbon policies over the course of almost a decade.
It identifies “bridge leaders” – mid-level local bureaucrats who have a strong interest in a specific policy area and who are unlikely to move often between different posts – as key to effective local climate policymaking.
Carbon Brief interviews author Weila Gong, non-resident scholar at the UC San Diego School of Global Policy and Strategy’s 21st Century China Center and visiting scholar at UC Davis, on her research.
The interview has been edited for length and clarity.
- Gong on why cities are important: “Over 85% of China’s carbon emissions come from cities. The majority of Chinese people live in cities, so the extent to which cities can become truly low-carbon will also influence China’s climate success.”
- On what motivates local policymakers: “Mid-level bureaucrats need to think about how to create unique, innovative and visible policy actions to help draw attention to their region and their bosses.”
- On cities as a way to test new policies: “Part of the function of local governments in China is to experiment with policy at a local level, thereby helping national-level officials develop responses to emerging policy challenges.”
- On how local policymakers get results: “Even though we tend to think that local officials are very constrained in terms of policy or financial resources, they can often have the leverage and space to build coalitions.”
- On uneven city-level engagement: “To begin with, all regions received political support if they joined the [low-carbon city] pilot programme. But over the years, different regions have engaged very differently.”
- On the need for ‘entrepreneurial bureaucrats’: “China will always need local officials willing to introduce new legislations or try new policy instruments…For that, it needs entrepreneurial bureaucrats who are willing to turn ideas into actions.”
- On international cooperation: “Even with how geopolitics is really complicating things, many cities continue to have common challenges. For example, collaboration between Shanghai and Los Angeles on green shipping corridors is still ongoing”.
- On the effectiveness of mid-level bureaucrats: “They are creative, they know how to convince their boss about the importance of climate action and they know how that can bring opportunities for themselves and their boss. And because of how long they have worked in one area, they understand the local politics, policy processes and the coalitions needed to provide solutions.”
Carbon Brief: You’ve just written a book about climate policy in Chinese cities. Could you explain why subnational governments are important for China’s climate policy in general?
Weila Gong: China is the world’s largest carbon emitter, so the extent to which global efforts to address climate change can actually reach their goal is largely influenced by China’s efforts.
If you look at the structure of China’s carbon emissions, over 85% of China’s carbon emissions come from cities. The majority of Chinese people live in cities, so the extent to which cities can become truly low-carbon will also influence China’s climate success. That’s why I started to look at this research area.
We tend to think of China as a centralised, big system and a unitary state – state-run and top-down – but it actually also has multi-level governance. No climate action or national climate targets can be achieved without local engagement.
We also tend to think subnational level [actors], including the provincial, city and township levels, are barriers for environmental protection, because they are focused on promoting economic growth.
But I observed these actors participating in China’s low-carbon city pilot programme [as part of my fieldwork spanning most of the 2010s]. I was really surprised to see so many cities wanted to participate in the pilot, even though at the time there was no specific evaluation system that would reward their efforts.
We think of local governments just as implementers of central-level policy. When it comes to issues like climate change and also low-carbon development – in 2010 [policymakers found these concepts] very vague…So I was curious why those local officials would want to take on this issue, given that there was no immediate reward, either in terms of career development or in terms of increasing financial support from the central government.
CB: Could you help us understand the mindset of these bureaucrats? How do local-level officials design policies in China?
WG: The role of different local officials in promoting low-carbon policy is not very well understood. We tend to focus on top political figures, such as mayors or [municipal] party secretaries, because we see them as the most important policymakers.
But that is not entirely true. Those top local politicians are very important in supporting efforts to tackle problem areas…but the focus in my book is the mid-level bureaucrats.
Unlike mayors and party secretaries, mid-level officials tend to stay in one locality for their entire career. That helps us to understand why climate policy can become durable in some places and not others.
Mayors and party secretaries are important for [pushing through policy solutions to problem] issues, but they can also be key barriers for ensuring continuation of those policies – particularly when they change positions…as they tend to move to another locality every three to five years.
Therefore, these top-level officials are not the ones implementing low-carbon policies. That’s why I looked at the mid-level bureaucrats instead.
The conventional understanding of these bureaucrats is that they are obedient and only follow their bosses’ guidance. But actually, when low-carbon policies emerged as an important area for the central government in 2010, opportunities appeared for local governments to develop pilot projects.
Mid-level local officials saw this as a way to help their bosses – the mayors and party secretaries – increase their chances of getting promoted, which in turn would help the mid-level bureaucrats to advance their own career.
Impressing central government officials isn’t really a consideration for these officials…but their bosses need visible or more reliable local actions to show their ability to enforce low-carbon development.
As such, mid-level bureaucrats need to think about how to create unique, innovative and visible policy actions to help draw attention to their region and their bosses.
Secondly, mid-level bureaucrats are more interested in climate issues if it is in the interest of their agency or local government.
For example, Zhenjiang [a city in east China] came to be known as a leader in promoting low-carbon development due to a series of early institutional efforts to establish low-carbon development. In particular, in part because of this, it was chosen for a visit by president Xi Jinping in 2014.
As a result, the city created a specialised agency [on low-carbon development]. This made it one of the first regions to have full-time local officials that followed through on low-carbon policy implementation.
This increased their ability to declare their regulatory authority on low-carbon issues, by being able to promote new regulations, standards and so on, as well as enhancing the region’s and the local policymakers’ reputations by building institutions to ensure long-term enforcement.
Another motivation for many local governments is accessing finance through the pilot programmes. If their ideas impress the central-level government, local policymakers could get access to investment or other forms of financial resources from higher levels of government.
In the city of Nanchang, for example, officials were trying to negotiate access to external investment, because the main central government fund for low-carbon initiatives only provided minimal finance.
Nanchang officials tried to partner with the Austrian government on sustainable agriculture, working through China’s National Development and Reform Commission (NDRC).
It didn’t materialise in the end, but they still created a platform to attract international investment, and gathered tens of millions of yuan [millions of dollars] in central-level support because the fact they showed they were innovating allowed them to access more money through China’s institutional channels.
CB: Could you give an example of what drives innovative local climate policies?
WG: National-level policies and pilot programme schemes provide openings for local governments to really think about how and whether they should engage more in addressing climate change.
The national government has participated in international negotiations on climate for decades…but subnational-level cities and provinces only joined national efforts to address climate issues from the 2010s – starting with the low-carbon city programme.
So we can see that local responses to addressing climate change have been shaped by the opportunities provided by the national government, [who in turn] want more local-level participation to give them successful case studies to take to international conferences.
Local carbon emission trading systems (ETSs) are an example of giving local governments opportunities to experiment.
In my book, I look at the case of Shenzhen, which launched China’s first local ETS. [Shenzhen was one of seven regions selected to run a pilot ETS, ahead of the national ETS being established in 2018.]
Part of the function of local governments in China is to experiment with policy at a local level, thereby helping national-level officials develop responses to emerging policy challenges.
I remember a moment during my field research in 2012, when I was with a group of officials from both the national and local government.
The national government officials asked the local officials to come up with some best practices and solutions, to help them envision what could be done at the national level.
Then there are drivers at the international level, which I think is very interesting.
I observed that the officials particularly willing to take on climate issues usually had access to international training.
During the early stages of subnational climate engagement, organisations such as the German Agency for International Cooperation (GIZ) worked with the NDRC and other national-level agencies to train local officials across the country.
This created more opportunities to help local officials understand what climate change and carbon markets were, and how to use policy instruments to support low-carbon development.
In Shenzhen, local bureaucrats also turned to their international partners to help them design policy.
The city created a study group to visit partners working on the EU ETS and learn how it was designed. They learned about price volatility in the EU ETS and pushed legislation through the local people’s congress [to mitigate this in their own system].
One thing that made the Shenzhen ETS so successful is what I call “entrepreneurial bureaucrats” [who have the ability to design, push through and maintain new local-level climate policies].
Shenzhen’s vice mayor worked with the local people’s congress to push the ETS legislation through. This was the first piece of legislation in China to require compulsory participation by more than 600 local industrial actors. It also granted the local government authority to decide the quotas and scope of the ETS.
These 600 entities also included Shenzhen’s public building sector[, a powerful local interest group].
This shows that, even though we tend to think that local officials are very constrained in terms of policy or financial resources, they can often have the leverage and space to build coalitions – even in China’s more centralised political system – and know how to mobilise political support.
CB: You chose to look at the effectiveness of four cities – Shenzhen, Zhenjiang, Xiamen and Nanchang – in climate policymaking. Why did you choose these cities and how representative are they of the rest of China?
WG: We tend to believe that only economically-advanced areas or environmentally-friendly cities will become champions for low-carbon development…But I was surprised, because Zhenjiang and Nanchang are not known for having an advanced economy, but [they nevertheless built impactful climate] institutions – regulations, standards and legislation that shape individual and organisational behaviours in the long term. I thought they were interesting examples of how local regions can really create those institutions.
Then there was Xiamen, which is seen as an environmentally-friendly city and economically is comparable to Shenzhen when you look at GDP per capita. Xiamen actually did not turn its low-carbon policy experimentation into long-term institutions, instead randomly proposing new initiatives [that were not sustained].
I conducted more than 100 interviews, talking with policy-practitioners inside and outside of government about specific policies, their processes and implementation.
I found that, over the course of eight years, these [cities] showed very different levels of engagement.
Some I categorised into substantive engagement, where the local government delivered on their climate goals. [Shenzhen falls into this category.]
Then there is performative engagement – such as in the case of Nanchang – where the local government was more interested in [using climate policies to] attract external investment and access projects from higher levels of government.
But they were not able to enforce the policies, because impressing higher levels of government became the primary motivation.
Zhenjiang was a case of symbolic engagement. It actually created a lot of institutions, such as a specialised agency and a screening system to ensure new [low-carbon] investment. When I was observing Zhenjiang, from 2012 to 2018, officials recognised they needed to be carbon-constrained.
The problem was that Zhenjiang has a very strong power sector – mainly coal power – which supplies the whole eastern coast. That meant, even though the government was very determined to promote low-carbon policies, they faced [opposition from] very strong local actors – meaning the government could only partially implement the targets they set.
Then there is sporadic engagement, as seen in Xiamen. [The city’s approach to climate policy was incremental and cautious] because of a lack of political support [from officials in Xiamen], as well as local coalitions between key actors. So instead, we find random initiatives being promoted.
This explains the uneven policy implementation in China. To begin with, all regions received political support if they joined the pilot programme. But over the years, different regions have engaged very differently, in terms of the regulations, standards and legislation they have introduced, and whether those were paired with enforcement by a group of trained personnel to follow through on those initiatives.
CB: What needs to be done to strengthen sub-national climate policy making?
WG: It’s very important to have groups of personnel trained on climate policy. Since 2010, when I started studying the low-carbon pilot programme, there were no provincial-level people or agencies fully responsible for climate change. Back then, there was only the [central-level] department of climate change under the NDRC.
By the time I finished the book, provincial-level departments of climate change had been created across all provinces. But almost nothing has been established at the city level, so most city-level climate initiatives are being managed under the agencies responsible for air quality.
That means climate change is only one of those local officials’ day-to-day responsibilities. Only a handful of cities have dedicated staff working on climate issues: Beijing, Shanghai, Zhenjiang, Shenzhen and Guiyang.
Nanchang devised some of China’s first legislation to include an annual [financial] budget for low-carbon development. But when I revisited the city, officials were not actually sure about how and whether that budget was being used, because there wasn’t a person responsible for it.
Therefore, even if there are resources available, they can go unused because local officials at the city level are so busy. If climate policy is not prioritised, or written into their job responsibilities, that can be a challenge for sustaining implementation.
In China’s governance structure, the national government comes up with ideas, and the provincial level transfers these ideas down to local-level governments. City-level governments are the ones implementing these ideas.
So we need full-time staff to follow through on policies from the beginning right up to implementation.
Secondly, while almost all cities have now made carbon-peaking plans, one area in which the Chinese government can make further progress is in data.
China has recently emphasised the need to strengthen carbon-emissions data collection and monitoring. But when I was conducting my research, most Chinese cities had not yet established regular carbon-accounting systems.
As such, inadequate energy statistics and insufficient detail remain key barriers to effective climate-policy implementation.
In addition, the relevant data usually is owned by China’s National Bureau of Statistics (NBS), which does not always share it with other agencies. Local agencies can’t always access detailed data.
When I visited Xiamen, officials told me the local government is now improving emissions monitoring systems. But there should be more systematic and rigorous data collection, covering both carbon emissions and non-CO2 greenhouse gases. Also, much of the company-level data is self-reported, which could affect the accuracy of carbon-emissions statistics.
For continued climate action, it’s also important that the central government ensures that local officials have the institutional support needed to experiment and propose new ideas.
…China will always need local officials willing to introduce new legislations or try new policy instruments – like Shenzhen with its ETS, or establishing new carbon-monitoring platforms.
For that, it needs entrepreneurial bureaucrats who are willing to turn ideas into actions. Ensuring that local governments have the right set of conditions to do this is very important.
CB: What did you find most surprising when researching this book?
WG: That international collaboration is still very important. I found that many officials learnt about climate change through international engagement.
In the current situation, I think international engagement is still very important – particularly given how, even with how geopolitics is really complicating things, many cities continue to have common challenges. For example, collaboration between Shanghai and Los Angeles on green shipping corridors is still ongoing.
That can bring opportunities for continuing climate action at the city level in the face of rising international tensions, as long as national governments give them space to be involved in international climate action.
Another surprise was the factors of what exactly made climate action durable. I was really surprised that many of the cities that I revisited were still involved in the pilot programmes, despite the central government restructuring that shifted the climate change portfolio from the NDRC to the Ministry of Ecology and Environment – which created challenges for the local governments who had to navigate this.
I also thought that the change in mayors for all four cities would lead to climate initiatives falling off the agenda.
But actually, Zhenjiang, Xiamen and Nanchang all maintained their low-carbon initiatives, despite these changes. This showed it isn’t only strong mayors that bring success, but rather a group of trained personnel building and enforcing regulations and standards. So the importance of bureaucrats and bureaucracy in making climate action durable was actually way beyond my initial expectations.
I was also surprised that bureaucrats can be entrepreneurial, even though they work in a centralised system. They are creative, they know how to convince their boss about the importance of climate action and they know how that can bring opportunities for themselves and their boss. And because of how long they have worked in one area, they understand the local politics, policy processes and the coalitions needed to provide solutions.
The post Interview: How ‘mid-level bureaucrats’ are helping to shape Chinese climate policy appeared first on Carbon Brief.
Interview: How ‘mid-level bureaucrats’ are helping to shape Chinese climate policy
Greenhouse Gases
The Big Bet to Fix the Rio Grande Sewage Problem
Nuevo Laredo was dumping millions of gallons of sewage a day into the Rio Grande. The U.S. and Mexico worked together to find a solution.
For years, raw sewage has flowed into the Rio Grande from a beleaguered wastewater treatment plant in Nuevo Laredo, Mexico.
Greenhouse Gases
Our Fix Our Forests advocacy in 2025
Our Fix Our Forests advocacy in 2025
By Elissa Tennant
Healthy forests are a key part of the climate puzzle — and they’ve been a big part of our advocacy in 2025!
In January of this year, CCL volunteers sent 7,100 messages to Congress urging them to work together to reduce wildfire risk. Soon after, the Fix Our Forests Act was introduced in the House as H.R. 471 and passed the House by a bipartisan vote of 279–141.
At our Conservative Climate Conference and Lobby Day in March, we raised the Fix Our Forests Act as a secondary ask in 47 lobby meetings on Capitol Hill. The next month, an improved version of the bill was then introduced in the Senate as S. 1462 and referred to the Senate Agriculture Committee.
The bill was scheduled for a committee vote in October. CCLers placed more than 2,000 calls to senators on the committee and generated a flurry of local media in their states before the vote. In October, the bill passed the Senate Agriculture Committee with strong bipartisan support.
It’s clear that this legislation has momentum! As the Fix Our Forests Act now awaits a floor vote in the Senate, let’s take a look back at our 2025 advocacy efforts to advance this bill — and why it’s so important.
Protecting forests and improving climate outcomes
Wildfires are getting worse. In the U.S., the annual area burned by wildfires has more than doubled over the past 30 years. In California alone, the acreage burned by wildfires every year has more than tripled over the past 40 years.
American forests currently offset 12% of our annual climate pollution, with the potential to do even more. We need to take action to reduce wildfire, so forests can keep doing their important work pulling climate pollution out of the atmosphere.
The bipartisan Fix Our Forests Act:
- Protects America’s forests by supporting time-tested tools, like prescribed fire and reforestation, that make our forests healthy and able to better withstand and recover from severe wildfire and other extreme weather.
- Protects communities across the nation by reducing wildfire risks to people, homes, and water supplies and adopting new technologies.
- Protects livelihoods by supporting rural jobs and recreation areas and sustaining the forests that house and feed us.
CCL supports this bill alongside many organizations including American Forests, The Nature Conservancy, Environmental Defense Fund, National Audubon Society, The Western Fire Chiefs Association, The Federation of American Scientists and more.
A deeper dive into our efforts
All year long, CCL’s Government Relations staff has been in conversation with congressional offices to share CCL’s perspective on the legislation and understand the opportunities and challenges facing the bill. Our Government Relations team played a key role in helping us understand when and how to provide an extra grassroots push to keep the bill moving.
Starting Sept. 9 through the committee vote, CCLers represented by senators on the Senate Agriculture Committee made 2,022 calls to committee members in support of FOFA. CCL also signed a national coalition letter to Senate leadership in support of the bill, joining organizations like the American Conservation Coalition Action, Bipartisan Policy Center Action, the International Association of Fire Chiefs, and more.
In October, we launched a local media initiative in support of FOFA, focused on states with senators on the Agriculture Committee. Volunteers published letters to the editor and op-eds in California, Minnesota, Colorado, and more. In one state, the senator’s office saw a CCLer’s op-ed in the local newspaper, and reached out to schedule a meeting with those volunteers to discuss the bill! CCL’s Government Relations team joined in to make the most of the conversation.
As soon as the committee vote was scheduled for October 21, our Government Relations staff put out a call for volunteers to generate local endorsement letters from trusted messengers. CCL staff prepared short endorsement letter templates for each state that chapters could personalize and submit to their senator’s office. Each version included clear instructions, contact info, and space for volunteers to add their local context, like a short story or relevant example of how wildfires have impacted their area.
Then, CCL state coordinators worked with the CCL chapters in their states to make sure they prepared and sent the signed letters to the appropriate senate office, and to alert CCL’s Government Affairs staff so they could follow up and keep the conversation going on Capitol Hill.
Individually, our voices as climate advocates struggle to break through and make change. But it’s this kind of coordinated nationwide effort, with well-informed staff partnering with motivated local volunteers, that makes CCL effective at moving the needle in Congress.
On October 21, the Fix Our Forests Act officially passed the Senate Agriculture Committee with a vote of 18-5.
Building on the momentum
After committee passage, FOFA is now waiting to be taken up by the full Senate for a floor vote. It’s not clear yet if it will move as a standalone bill or included in a package of other legislation.
But to continue building support, we spent a large portion of our Fall Conference training our volunteers on the latest information about the bill, and we included FOFA as a primary ask in our Fall Lobby Week meetings.
Volunteers are now messaging all senators in support of FOFA. If you haven’t already, add your voice by sending messages to your senators about this legislation. With strategy, organization, and a group of dedicated people, we can help pass the Fix Our Forests Act, reducing wildfire risk and helping forests remove more climate pollution.
Help us keep the momentum going! Write to your Senator in support of the Fix Our Forests Act.
The post Our Fix Our Forests advocacy in 2025 appeared first on Citizens' Climate Lobby.
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