Great British Energy Bill

Viscount Trenchard Excerpts

2nd reading
Monday 18th November 2024 Lords Chamber

[Viscount Trenchard (Con)]

My Lords, I thank the Minister for introducing this Bill today. I declare my interests as a member of the advisory board of Penultimate Power UK Ltd and as a consultant to Japan Bank for International Co-operation. I, too, congratulate the noble Baroness, Lady Beckett, and my noble friend Lord Mackinlay of Richborough on their excellent maiden speeches.

In the debate on the King’s Speech, the noble Lord, Lord Hunt of King’s Heath, explained the Government’s aim to make this country a clean energy superpower. He told your Lordships that the Government were focused on achieving clean electricity by 2030, with a system based on renewables and nuclear power, and then building on that momentum to achieve the ultimate goal of net zero by 2050.

It is not widely understood that the electricity grid provides only around one-fifth of our total energy consumed. The Minister said:

“The Great British Energy Bill, put forward in the gracious Speech, will establish a publicly owned company to spearhead our mission to become a clean energy superpower”.—[Official Report, 18/7/24; col. 33.]


Although he mentioned nuclear power as well as renewables, it appears that His Majesty’s Government have little interest in nuclear. In his briefing on the Bill, the Minister said that GBE, for now, would invest solely in renewables. That will disappoint the noble Baroness, Lady Winterton, who asked whether GBE could fund an SMR factory in South Yorkshire. Can the Minister confirm that he agrees that nuclear power provides energy that is just as clean as that from renewables? Could he also confirm that there is a compelling need for firm baseload power that does not suffer from intermittency? Large-scale, affordable energy storage is still decades away.

It is surprising that the Government have introduced this Bill to set up GBE without clarifying how GBE is going to relate to Great British Nuclear—GBN. GBN’s remit is not sufficiently clear, but, if the Government properly recognised our need for new nuclear and the huge contribution it could make to achieving clean energy, surely the two bodies should be combined, or at least work together. I was pleased to hear the Minister say that the Government will explore how GBE will work with GBN, but there is nothing at all, yet, in the Bill about this. The noble Viscount, Lord Hanworth, expressed similar concerns in his well-informed speech, with all of which I was in full agreement.

There is of course, as my noble friend Lady Bloomfield well explained, a third government body in this space—the former United Kingdom Infrastructure Bank, now known as the national wealth fund. Its website explains that it will continue to make private sector investments against a clear set of priorities, with a focus on “crowding in” private finance to sectors and technologies that are critical to the UK’s clean energy and growth ambitions.

Clause 3 of the Bill before us today states the objects of GBE, of which the first is the provision of clean energy. Another object is improving energy efficiency. But pursuing a dual system of renewables and gas which you only use when there is not enough wind is inherently inefficient and leads to excessively volatile and unnecessarily high prices. These objects are substantially the same as several of the objectives of the national wealth fund, contained in Clause 2 of the UKIB Act. The NWF is set to be capitalised with £27.8 billion, compared with £8.2 billion for GBE, and that only within the course of this Parliament. GBN is clearly the poor cousin as it does not have any money to make investments. It has only the £342 million of net assets showing on its balance sheet on 31 March 2023. This again shows the low priority that the Government give to nuclear power. How is GBN going to make a contribution to funding the procurement of at least two SMRs, as declared?

In January this year, the former Secretary of State designated the former British Nuclear Fuels Ltd as GBN under the Energy Act 2023. According to Companies House, the Secretary of State referred to in the Act as the “person of significant control” is the Secretary of State for Energy Security and Net Zero, Ed Miliband. Can the Minister tell the House what ambitions the Secretary of State has for nuclear in the next five years? Could he tell the House whether the last Government’s 24-gigawatt target for nuclear, which many think too low, is still in place, and, specifically, what are the targets for large-gigawatt stations, SMRs and AMRs?

It is widely accepted that we need firm baseload power to provide electricity when the wind does not blow and the sun does not shine. My noble friend Lord Frost, in his excellent speech on 14 November, drew attention to the fact that in the week of 3 to 10 November, wind accounted for a mere 10% of electricity generated. I have checked this fact on the National Grid’s energy dashboard website. What that means, as was so well explained by my noble friend Lord Howell, is that wind power provided only around 2% of the country’s energy consumption during that week. As noble Lords are well aware, we have not seen much sunshine lately.

In the same week, solar power accounted for 0.7% of electricity generated: that is, 0.14% of total energy consumed. During that same week, gas-fired power stations accounted for 52.2%, nuclear for 14.3% and electricity imports for 11.3%—even that was more than the contribution from wind. And what do imports do for energy security? Do these facts not suggest that we absolutely cannot rely on renewables to continue to decarbonise the grid, or even begin to replace our much larger industrial energy consumption, which is still dependent largely on oil and gas?

Even those of us who are not convinced that the slight increase in the proportion of carbon dioxide in the atmosphere in recent years—from 0.037% in 2000 to 0.042% in 2024—controls nearly all aspects of climate strongly support the development of clean energy. But if we need firm baseload energy, as shown in the week of 3 November, why do we not prioritise nuclear power now? The Government have said that they will work with the private sector to double onshore wind, triple solar power and quadruple offshore wind by 2030. They will invest in carbon capture and storage, and hydrogen and marine energy, and ensure that we have the long-term energy storage our country needs. That would all be prohibitively expensive, and we are already losing our remaining manufacturing competitiveness because our electricity is among the most expensive in the world: twice as much as in Japan and more than twice as much as in the United States.

The OBR’s economic outlook forecasts that subsidies to gas providers to maintain a fleet of power stations “just in case” will have to quadruple. Is it not true that the Government continue to push the 2030 net-zero agenda harder and faster than ever, but without any proper cost-benefit analysis? My noble friend Lord Frost has queried why we need subsidies at all if the real cost of offshore wind is £44 per megawatt hour, as suggested by NESO—well below current market prices and the prices agreed in auction rounds. Onshore wind projects have been subsidised since the first wind farm at Delabole in Cornwall in 1991. Why are we still subsidising them? Why are electricity consumers forced to pay much higher prices for their electricity because a significant part of those charges are subsidies for renewables? That has distorted, and continues to distort, the market.

The proposal to transfer renewables electricity subsidies to gas bills does not solve the problem; it merely delays it for another day. But if subsidies are justifiable, why is the consumer not subsidising nuclear technologies too? Can the Minister justify continuing to force the consumer to pay for wind but not nuclear? The Government have provided a tiny amount of financial support to developers of nuclear technologies, compared with other countries such as the United States and France. France generates around two-thirds of its electricity from nuclear power. By 2018 the United States was generating half its emissions-free electricity from nuclear sources.

GBN is concentrating on selecting winners in the SMR competition. There are four companies still in the race, of which three are American-owned. Only Rolls-Royce represents British industry and technology. There are other technologies, some of which were invented here, such as the high temperature gas-cooled reactor technology invented at Winfrith, Dorset in 1965 by the UKAEA. The IP is owned by the Japan Atomic Energy Agency. The Japanese Government, who are still constrained in their domestic development of nuclear power because of the 2011 Fukushima disaster, have wanted to collaborate with overseas Governments, especially the UK, in supporting the commercial development of this technology. The demonstrator has been running in Japan for more than 10 years and is inherently safe. The heat energy produced by an HTGR at 950 degrees Celsius enables the decarbonisation of many industrial processes, including the production of green hydrogen at scale.

Unless the Government change course very soon, we will miss the chance to become the manufacturing and distribution hub for EMEA—this invaluable technology, which is now languishing in phase B of the Government’s AMR competition. They have committed a mere £55 million from the future nuclear enabling fund, to be shared between two successful bidders, but there is no commitment that this competition will continue; its only purpose is to construct a demonstrator by the early 2030s, in time for potential AMRs to support net zero by 2050. We will have missed the boat by a country mile.

We have the chance to put together a public-private UK-Japan consortium to commercialise this technology now. We should press ahead with that, and with Rolls-Royce’s SMR technology, using home-grown knowledge and experience developed over 60 years of supporting the Royal Navy’s nuclear fleet. New nuclear builds would support thousands of highly-skilled jobs, directly and in the supply chain, during construction and then for decades during operation, often in remote areas of the country. They would reuse locations where existing grid connections are in place.

The Bill is very short and says little about the governance of the company. Some of it is similar to the UKIB Act but it gives little indication of what the company will do and how it will operate. The Government claim that

“GBE will take a stake for the British people in projects and supply chains that accelerate technologies for the future”.—[Official Report, 18/7/24; col. 33.]

Yes, the Government should do this but GBE, as envisaged by the Bill, does not provide the answer. As my noble friend Lord Lilley said in his powerful speech, we need to know much more about the strategies and priorities of GBE.

We may or may not be close to a climate emergency or climate crisis, but we are most certainly facing an energy apocalypse now. The Government should urgently reconsider the role of nuclear energy and bring GBE together with GBN now, properly capitalised to act as a catalyst in averting the energy emergency we face; or, at the very least, they should devise a structure whereby possible nuclear energy projects are evaluated in a manner similar to renewables projects. Furthermore, the Bill gives the Secretary of State very great powers. He is required to inform Parliament of general or specific directions, but he is not accountable to Parliament at all in respect of his position of control within GBE. Parliamentary oversight needs to be strengthened.

I apologise for going on for so long, but this is very important. I look forward to working with noble Lords on all Benches to carry out our duty to scrutinise and improve this Bill.

Advanced Modular Reactors: Criticality Tests

Viscount Trenchard Excerpts

Tuesday 19th March 2024 Lords Chamber

[Viscount Trenchard (Con)]

My Lords, the noble Viscount makes a very good point. Can my noble friend the Minister explain why Japan’s high-temperature gas-cooled reactor technology, endorsed by my right honourable friend Greg Hands in 2021—which is inherently safe, internationally licensed and has been operating for more than 10 years—has been consigned to the back burner as part of the AMR research, development and demonstration programme? This technology needs to be brought forward into the GDA process now, or it will be too late to make its much-needed contribution to the decarbonisation of industry.

[Lord Callanan (Con)]

I refer my noble friend to the answer I gave to my noble friend Lady Bloomfield. We have selected high-temperature gas reactors for research and development purposes in the AMR R&D and demonstration programme.

Cleaner Energy Technologies

Viscount Trenchard Excerpts

Tuesday 14th March 2023 Lords Chamber

[Lord Callanan (Con)]

We give a value to carbon and use that to inform our policies, not least through the ETS. We have supported a number of early-stage technologies. Offshore wind was extremely expensive when we first started supporting it; now it is very cost-competitive and we are confident that we will end up in the same position on hydrogen.

[Viscount Trenchard (Con)]

My Lords, does my noble friend the Minister agree that the only way even to get close to the net-zero targets is to make major changes to the current energy policies to enable a substantial increase in both the number and speed of deployment of nuclear reactors?

[Lord Callanan (Con)]

I certainly agree with my noble friend that we need to expand both the potential and the deployment of nuclear reactors, and we are doing just that. We recently passed the Nuclear Energy (Financing) Bill, for which I am grateful for the House’s support. We have invested several hundred million pounds in the new Sizewell plant and are supporting Rolls-Royce to develop the next generation of small modular reactors.