In the second in my series on the energy policies outlined in the election manifestos of the three main UK political parties, I take a look at the main opposition party and likely winner of this year’s General Election – the Labour Party. My previous post on the Conservative Party can be found here.
For readers outside the UK, the Conservatives are generally regarded to be a centre-right party, Labour centre-left having moved away from the far-left days of the Corbyn leadership, and the Lib Dems are also centre-left. The UK has a “first-past-the-post” electoral system meaning that coalition governments are rare. This denies more fringe parties political power since they cannot act as king-makers. The Scottish Nationalist Party (“SNP”) was the third largest party in the recently dissolve Parliament, but its MPs are located only in Scotland and they do not vote on matters that do not pertain to Scotland (ie matters which are devolved to the Scottish Government meaning Westminster legislation only applies in England and Wales). For that reason I do not include the SNP in this analysis.
It is generally considered to be bad form for parties to depart from their manifesto commitments once in office, so the manifestos are expected to provide a clear indication of the policies the party would enact if elected. It is possible for manifesto promises to be jettisoned, but there tends to be a political cost to that.
The manifestos can be found here:
- Conservatives https://public.conservatives.com/static/documents/GE2024/Conservative-Manifesto-GE2024.pdf
- Labour https://labour.org.uk/change/
- Liberal Democrats https://www.libdems.org.uk/manifesto
Labour has more to say about the Conservatives than its own policies
Labour’s manifesto spends as much time discussing the perceived failures of Conservative energy policy as it does setting out its own plans (the word “Conservative” is mentioned 85 times in the manifesto as a whole!). Unlike the other main parties, Labour has not produced a PDF version which is annoying.
It is also short on the sort of detail you would want to see from a party that is expected, if the opinion polls are to be believed, to win a convincing majority and adds little to a taster version published in January. In fact, the manifesto is less detailed, so it is unclear how far it actually intends to go with the plans outlined in that document, which are discussed below.
Labour has set the creation of a “publicly owned clean energy company” as one of its five key election pledges. It believes that a reliance on imports is bad for the country, and that the solution to our energy problems including expensive bills is “clean, homegrown power that we can produce and control at home in Britain”.
“…if we need to create a publicly owned clean energy company, Great British Energy, in order to get bills down and give us independence from tyrants like Putin, then we must do the hard yards to make that happen….”
Labour’s manifesto quotes Sir Patrick Vallance, former Chief Scientific Officer, who has no background whatsoever in energy markets as saying a net zero electricity system in 2030 is possible. With all due respect to the likes of Fintan Slye and Jonathan Brearley, were I to suffer a heart attack, I would not consult them on my treatment options. Similarly, I do not believe Sir Patrick, whose is a clinical pharmacologist, to opine sensibly on energy policy.
In detail, Labour’s plan for energy (according to the January document) is:
- A “proper” windfall tax on oil and gas companies to “support families with the cost of living”
- Creation of Great British Energy, a publicly owned energy “champion” that will invest in clean energy for example by making the UK a world leader in floating offshore wind.
- Creation of a National Wealth Fund that will invest in the jobs that can rebuild Britain’s industrial strength, and attract private investment in ports, gigafactories, hydrogen, and the steel industry. Labour identifies a need to upgrade the national grid infrastructure but does not specifically say that the Fund will provide the capital for this. Labour also plans to build a Clean Power Alliance with like-minded countries to “seize the opportunities of clean energy, tackle climate change and provide lasting benefits to the country and the generations to come”.
- Creating “warmer homes” by upgrading the housing stock.
- Ensuring “Clean Power by 2030” which would involve:
- Fast-tracking at least 5 GW of floating off-shore wind capacity
- More than doubling on-shore wind capacity to 35 GW
- More than tripling solar power to 50 GW
- Quadrupling off-shore wind with an ambition of 55 GW by 2030
- Getting new nuclear projects at Hinkley and Sizewell over the line, extending the lifetime of existing plants, and backing new nuclear including Small Modular Reactors
- Doubling the government’s target on green hydrogen, with 10 GW of production for use particularly in flexible power generation, storage, and industries like green steel.
The commitment to Sizewell C is interesting because it had been widely understood that Labour was lukewarm on the project.
Misleading promises about household energy bills
Great British Energy already has its own website, claiming that most regions (if you click on the map) will see savings of £300 per year on their energy bills from a move to clean energy. According to David Turver, this figure comes from a report by think-tank Ember, which used the Q3 2023 price cap level as its starting point. However, the price cap has already fallen by £214 as a result of falling gas prices, so this claim of £300 in savings from clean energy is deeply misleading.
Ember also assumes that the necessary new clean energy will be delivered at the same price as the AR4 Contracts for Difference Allocation Round, despite the failure of AR5, pressure from developers for higher prices, and a promised increase for AR6. The Administrative Strike Price for off-shore wind has increased from £46 /MWh in AR4 to £73 /MWh in AR6! I have also written in detail about how renewables are not cheap. Even if it were possible to build the amount of renewables set out in the Ember report – which is highly doubtful – the cost will be higher than it states and the result for consumer will not be lower bills – quite the opposite in fact.
Many people assume Great British Energy will be a supplier, but there is nothing in the manifesto or its predecessor document to suggest that is the plan. It appears to be an investment vehicle for renewable energy with a focus on the upstream rather than downstream segment of the sector. This may well be a source of disappointment for voters as it is unlikely such an organisation would result in any reduction in household bills.
Economically incoherent policies
Aurora Energy describes Labour’s plans to decarbonise the power sector by 2030 as “infeasible in the timeframe”, given the necessity of planning reform, supply chain challenges and the lack of a skilled work force – see below for more detail.
“… the extremely rapid and concurrent overhaul of the power system components would require a policy, planning and investment shift that is infeasible in the timeframe, and is unlikely to be supportable by existing supply chains and workforce skills,”
– Aurora Energy
The plan for an increased windfall tax is another populist move that will backfire. The existing tax is already forcing companies to reduce investment in the North Sea, which will inevitably lead to increased imports – the exact opposite of Labour’s stated aim to reduce reliance on imported energy. It is fanciful to believe we can replace fossil fuels with renewables, particularly in the next six years, so this plan of Labour’s is both incoherent and irrational.
It is also unclear how the tax will lead to lower bills. This would only be possible if the tax income was used to subsidise retail gas and electricity prices through a new subsidy to consumers. But it may well be the case that the increased tax accelerates the reduction in North Sea tax receipts as developers direct their activities to other parts of the world with less punitive tax regimes.
The idea of creating “green jobs” and insulating homes is more motherhood and apple pie – no-one objects to it, but the plans are too vague for there to be any confidence in delivery. How exactly will homes be made warmer? I have written before about the lack of knowledge about which measures to reduce heat losses are actually effective – many can cause problems with damp which lead to higher energy consumption due to the increased need for mechanical ventilation and heating to dry out or de-humidify damp homes.
It is very likely that different types of houses, built in different eras, using different building methods will need different solutions to make them warmer – how will Labour address these questions? The manifesto mentions solar panels, batteries and low carbon heating, none of which reduce heat losses – perhaps Labour just hopes cheap onsite energy will make heat losses less relevant, but many households will not be able to access these technologies eg those living in high-rise or rented buildings.
Labour is abusing its large lead in the polls to avoid providing a detailed and credible plan for the energy sector under its leadership. Voters should press for more information before deciding that Labour’s energy policy is worth supporting.
A net zero power system in 2030, 2035 or not until 2051
The Aurora report mentioned above describes a three scenarios for net zero: the Business as Usual scenario which assumes a trajectory based on the current economic and policy landscape, which Aurora believes would result in a net zero power system by 2051. The Conservative Party’s ambition of a net zero system in 2035, for which Aurora believes several deviations from BAU would be required, but which could potentially be achieved if “coherent policy action, market design and financial support is enacted at a large scale and high speed”. And finally, Labour’s net zero 2030 scenario.
To reach net zero in 2035, Aurora believes a number of deviations from BAU would be necessary, including:
- Increased demand, reflective of a wider net zero landscape
- Increased renewables buildout
- Higher carbon pricing
- Reduction in generation for unabated thermal assets
- Increased grid capacity to allow for effective integration of renewables
Unabated gas would still be required for security of supply, with the associated carbon emissions offset by BECCS.
Compared to the Business as Usual scenario, Net Zero 2035 would require £8.2 billion /year of additional investment until 2030 and £11.1 billion /year of additional investment from 2031 – 2035, giving a total of £104.6 billion of additional investment over the next 11 years.
However Aurora describes the Net Zero 2030 scenario as requiring “more extreme policy action”, and “a massive acceleration in deployment which is considered infeasible”. Key scenario changes over the Net Zero 2035 case are:
- Accelerated renewables buildout, reaching 118 GW by 2030
- Grid buildout accelerated to match
- Active measures are taken to remove unabated gas, including higher carbon prices and the removal of CHP plants – CHP must be replaced or converted to biomass, with alternate low-carbon heating provision
- BECCS (biomass with carbon capture and storage) must run at baseload due to the limited availability of alternatives to unabated thermal generation
“Despite this scenario reaching Net Zero on paper, the required deployment of renewables, flexible generation and abated technologies alongside the removal of gas-fired CHP, mean this is not a feasible timeline for decarbonisation of the power sector,”
In addition, the rapid deployment of renewables envisaged by Labour would challenge system stability. According to Aurora, with falling thermal generation and Hinkley Point C not yet online, 2030 will be a “pinch-point” in system inertia. The Net Zero 2030 scenario has 39% more time where system inertia is below National Grid ESO’s 2025 limit of 96 GVA.s. Addressing this could require additional use of synchronous generation, particularly CCGTs, which would undermine the net zero target. Failing to do so would risk blackouts.
Compared to the Business as Usual scenario, Net Zero 2030 requires £15.6 billion /year of additional investment until 2030 and £4.4 billion /year of additional investment from 2031 – 2035, giving a total of £116 billion of additional investment over next 11 years.
In 2022, the amount of new low-carbon investment in the UK from the public and private sectors already totalled £23 billion. In 2023-24 the public paid £15.8 billion in environmental taxes including:
- the Climate Change Levy – £2.0 billion
- the Renewables Obligation renewables subsidy – £7.4 billion
- the Contracts for Difference scheme – -£0.7 billion (a rebate because the market price of electricity was higher than the strike price which represents the level of income guaranteed by the government to renewable generators)
- the UK Emissions Trading Scheme – £5.8 billion, and
- the capacity market – £1.3 billion
There is widespread disbelief within the energy industry that Labour’s plan is achievable, but its huge lead in the polls and widespread dis-satisfaction with the incumbent Conservative Party means it is likely to win a large majority in the new Parliament. Then it will discover that governing parties must make trade-offs that opposition parties have the luxury of ignoring. In opposition, a party is free to criticise every policy and claim it will do things better, and it can make these claims across every aspect of public life.
However in government, parties must make trade-offs because not every policy can be implemented at the same time, due to cost and bandwidth considerations. It is necessary to balance the books. It is necessary to find Parliamentary time for new legislation which cannot all be passed at once. Plans can be disrupted by external factors such as wars, pandemics and global supply chain disruptions. The Labour Party will have to decide whether the cost of meeting its net zero 2030 goal is affordable when it comes down to making real life decisions and not just the hypotheticals with which its manifesto is filled.
For years, politicians and activists have gone on about insulating homes.
Most of the low-hanging fruit of domestic insulation has been taken – including loft insulation, replacement double-glazed uPVC windows, and (where applicable) cavity wall insulation.
These people don’t seem to realize that increasing levels of insulation is subject to the law of diminishing returns. It also becomes increasingly impractical and can cause problems. The recent amendments to Part L of the Building Regulations requires costly levels of insulation on which the payback period can go years into the future.
Higher levels of insulation also require increased skill on the part of installers to prevent condensation and other issues, as Kathryn mentions with regard to cavity wall insulation; these skills are often just not available.
Indeed, it’s a complex area in which even “experts” often lack the necessary knowledge. The Bath study linked above was pretty damning and although it was a few years ago I doubt things have changed. If Labour (or anyone else) wants to get serious about this, a programme of research is needed to establish which measures work in different building types, and which should be avoided. They should also legislate to regulate spray roof insulation because when it goes wrong or is inappropriately installed, the entire roof needs replacing.
Kathryn excellent expose on the weakness of Labours manifesto. Its a tragedy people like yourself weren’t used in a TV programme to expose how weak these manifestos are when it comes to energy.
It’s time to ask what happened at 13:10 on 22nd December last year with 156GVAs of inertia on the system, yet getting within about 4 seconds of LFDD at 48.8Hz and a nadir of 49.273Hz. At 95GVAs we would surely have had blackouts with a 60% faster RoCoF. The official explanation of a 1GW trip on IFA1 doesn’t hold water. A repeat would surely ask more questions ov Labour policy than will ever emanate from fawning BBC journalists.
First up will be the budget revision to AR6 now due end July, followed by the auction results in early September. Another auction with little offshore wind would surely blow an enormous hole in plans, yet that is effectively what Baroness Brown has told us to expect. Contact with reality is going to be harsh.
I’m not aware of this incident but if you want to email me about it I may be able to do some digging. Did you try an FOI request?
I agree that contact with reality will be harsh and assume this is wjy the manifesto is so light on detail.
More incidents with interconnectors in recent days!
https://www.current-news.co.uk/ifa2-interconnector-witnesses-49-7hz-frequency-event/
Things that make you go hmmm…
Q: In the System Incidents Report (GC0105 & GC0151) for the 22nd December 2023 event:
https://www.nationalgrideso.com/document/299266/download
which was previously presented at this OTF, there is no reference to the tripping of the Caithness Moray HVDC link (in the
GC0151 transmission faults tab). From inspection of the calculated ROCOF data in this event, with three major trips in 10s, the
HVDC trip is associated with the loss of ~500MW of infeed/generation. Nor is there reference to any generation trips
associated with the HVDC fault.
Please can ESO revisit their reports on this event to provide an update?
Answer: We are still working on answers to this question.
Off topic: Timera has some interesting insights on the future of surplus pricing and its impact on BESS. It will create problems for hydrogen too. Rumblings about being paid for producing nothing under REMA despite CFD contract terms are a further warning of bills for consumers to subsidise intermittents.
https://timera-energy.com/blog/key-changes-are-impacting-bess-constraint-revenue-capture/
A target driven economy was used by Stalin, and what he got were made up figures by subordinates. Even in this country the politicians spin their figures, where it isn’t quite what they want to show.
When will they realize the important thing is process. Get the process right and the results will speak for themselves. This is the typical problem of top-down management, instead of bottom-up improvements, where bottom-up improvements are sustainable and are on a solid foundation.
I was discussing with a psychologist about the technological trends and they pointed out that seeing trends in technology is a higher order skill.
I made the point that seeing the trends is easy, you just have to plot a simple graph of the performance of whatever technology over the last 10, 20 or 30 years. Absolutely simple, no targets needed, the trend is easily seen, BUT the real skill in technology development and implementation is actually coming up with that next iteration, that eureka moment, that serendipitous event or outcome of years of hard research, something that is economically viable and feasible in a practical way, from manufacturing to usage.
Politicians can aim for 2030, Greta Thunberg can whine all she likes about climate change, but it’s the scientists and engineers on the frontline who have the real work to do, and will determine the rate of change.
So why isn’t Greta Thunberg installing wind turbines, or solar PV or tidal power or doing research on such technologies etc etc? Because it takes hard work, real hard work and time, and for any politician or lobbyist, words are easy and cheap.
There’s also the issue of understanding the drivers of trends – correlation is not causation etc. And being able to hold on to more than one idea at a time is a skill many in government / the civil service fail at. Emissions may cause climate harm but so does the extraction and processing of the metals needed to build zero emission renewable generation. Very few politicians even understand this never mind have an idea of how to address the trade-offs involved.
“Emissions [of CO2] may cause climate harm…”
It does not.
The reason that additional atmospheric CO2 has no additional greenhouse effect is because there is already sufficient CO2 in the atmosphere to absorb all the IR radiation available to it as defined by its IR bands and the Earth’s Planck IR radiation curve, a condition described as “IR saturation”. The IPCC know this, which is why they calculate just 1.2 degrees C for a doubling of CO2 (IPCC WG1 P95) – Happer & Wijngaarden 0.7 degrees C). The Royal Society also recognises IR saturation exists.
The balance of the “best guess” of warming of 3 degrees C is claimed to be from water vapour feedback which is a nonsense as water vapour is already the biggest GHG and doesn’t need CO2 to trigger a feedback and anyway either water vapour also exhibits saturation itself or else warming would show additional water vapour in the atmosphere, particularly at the high altitudes where it matters, which isn’t happening.
All that seems very likely to me. I see the same in the NHS. Too many talkers or “specialists” doing academic work to further their careers and not enough getting close to patients.
Labour’s GB Energy plan makes no mention of geothermal projects, when actually geothermal could play a major role in reaching net zero in an affordable manner. Labour do at least recognise the need to “approve the next round of renewable projects in Contracts for Difference (CfD) auctioning – with an annual £500 million British Jobs Bonus, funnelling investment and creating good jobs in our industrial heartlands and coastal communities”. A new geothermal licensing and regulatory framework is also a primary need, long overdue and easily constructed, hardly more than an afternoon’s work: simply copy one from Europe. But where is it?
As regards the Conservatives, they’ve hindered geothermal. Westminster open report OR/23/032 of last year had an avowed purpose: “to help accelerate the development and deployment of deep geothermal energy projects”. It assembled masses of information. As a guidance document for policy makers it highlights problems rather than opportunity.
“There is consensus that geothermal development should focus on exploiting the resources at moderate depths (1-3 km) for direct-use heating and thermal energy storage. This is because commercially achievable enthalpies in the UK’s sedimentary basins (which make up most of the available geothermal potential) are not expected to be high enough for power generation within economically drillable depths (currently at 5-6 km). Furthermore, geothermal heating technologies are seen to be more readily deployable than technology for power generation (i.e., they do not require construction of a power plant) and generally entail lower risks. It is recognised, however, that in some areas of the UK, such as Cornwall, special geological conditions exist which could make power generation economically viable. However, the focus of geothermal developments in the UK is seen to be weighted towards heating applications”.
Well, how helpful was that? Those two underlined (by me) statements are very much open to challenge. A kilometre of insulated pipeline costs a million pounds, and then you have to lay pipelines in the centre of a large town or city, to connect with hospitals, universities, large schools, barracks, prisons, local authorities wanting heat, etc: all of which in any case can get government grants to double-glaze, install ground and air heat pumps, add roof insulation. Going the direct heat-selling route, investors are being asked to fund highly borderline schemes. Selling heat is far more expensive and complicated than electricity to the grid: presuming a grid connection is available.
From a geological point of view, if you know the UK structure style it’s easy to identify locations and assemble a portfolio of quality targets for drilling geothermal wells. There is a wealth of acreage which is not licensed for oil and gas exploration (and therefore is much less likely to automatically draw climate/drilling objectors, and attendant challenges in getting permissions), and it is serviced very cheaply by available seismic data. Where carbonate platform margins are fractured by the main cross-basin fault zones, deep geothermal sources can and do supply connate water to shallower depths. The key requirements are therefore to map these fracture zones in a way which is geometrically sensible, using the seismic already shot and released, and to apply modern drilling know-how (the technique is pulse-drilling) to explore them effectively.
There are lots of high-skilled geologists and drillers who can do this kind of work. Small groups who know how rocks deform and how they should be drilled to maximise near-hole permeability can efficiently design and execute 2-3 well projects which will deliver profitable results quickly, based on latest generation binary power plants with sensible CfD or power purchase agreements. Chains of sites can be running by 2030. There’s a large return to anticipate, investing in geothermal in UK. Tory and Labour strategists appear not to have recognised that. As support for wind evaporates, will Labour see and support the opportunity?
You make some excellent points here namely that the labour manifesto is light on details to the extreme. It is fine pitching ideas but there is no clarification any point of how these may be achieved, and this makes me greatly concerned. I can see major and minor exploration companies packing up and leaving the North Sea due to a mad tax policy, making us, as you say increasingly dependent on imported oil and gas. Without a commitment to more gas fired power stations we are heading to blackouts when the wind is not blowing during winter when solar is virtually irrelevant. Miliband is a major liability and if he is given control of our energy future it’ll be a pretty rotten state, as the UK energy market will most likely become the most expensive in the world driving more and more business overseas, killing investments and draining jobs.
For this statement: “Unlike the other main parties, Labour has not produced a PDF version which is annoying.”
In fact there *is* a PDF version of the Labour manifesto but it’s not obvious – it’s in “Manifesto Accessibility” at the bottom of the list of “chapters”.
Thanks, someone on LinkedIn pointed me to it. I couldn’t find it when I first wrote the blog and was feeling annoyed that the web version was harder to navigate than a PDF
Just FYI for ease there is a PDF version which can be found here:
https://labour.org.uk/wp-content/uploads/2024/06/Labour-Party-manifesto-2024.pdf