UK Affairs

British agriculture is facing an unavoidable dilemma: hard work is no longer yielding returns. Recent data reveals that approximately one-third of farms in the UK recorded no profits over the past year. This is not merely a case of individual mismanagement, but a structural issue. Rising costs for energy, fertilizers, and labor, coupled with increasingly erratic weather patterns, have kept agricultural product prices under the thumb of market forces and large retailers, leaving farmers at the most vulnerable point in the supply chain.

In this context, the notion that “if you focus on farming, everything will naturally improve” has lost its persuasive power. The issue lies not in the farmers’ diligence but in the outdated agricultural model itself, which can no longer provide a stable livelihood. Agrivoltaics is being seriously discussed not because it is trendy, but because it addresses a direct and urgent question: how can farms survive in a highly uncertain environment?

Agrivoltaics refers to the practice of farming while simultaneously generating stable income from solar energy on the same piece of land. There are various methods to implement this. For instance, solar panels can be installed in a conventional solar farm layout while also being used for grazing; or dual-sided solar panels can be erected in an east-west orientation, allowing livestock to move between them; or panels can be elevated to create a structure that allows for continued farming underneath, with agricultural machinery able to move freely. In some experimental projects, multiple approaches are employed simultaneously, depending on the terrain, crop types, and business models. The essence of agrivoltaics lies not in its appearance but in whether the land can simultaneously generate agricultural and energy value.

This effectively dismantles the myth of “land grabbing.” For many farms in the UK, the real scarcity is not land but predictable income. The role of agrivoltaics is to introduce a revenue stream that is not entirely synchronized with weather, harvests, or market prices. Solar power generation is based on long-term contracts, providing relatively stable cash flow that can support operations during poor harvests or price downturns.

In practical terms, photovoltaics and agriculture need not be in conflict. For crops, moderate shading can help reduce water evaporation and alleviate stress from extreme heat; for livestock, grazing under panels can simultaneously address weed management and land utilization issues. These are not abstract theories but experiences gradually accumulated in various regions across Europe.

More importantly, there is a transformation in the structure of agricultural risk. Traditional agriculture often places all variables on a single line; if weather patterns deviate or prices drop, the entire year’s earnings can be wiped out. Agrivoltaics provides farms with an additional revenue curve, allowing operations to be less entirely dependent on natural conditions and market sentiment. For farmers who have long struggled on the edge of break-even, this capacity to diversify risk is often more practical than any subsidy.

Looking at the UK as a whole, the energy transition also faces the reality of limited land and significant resistance. If agriculture and energy are pitted against each other, both will suffer. Agrivoltaics offers a way to reconfigure resources: it does not require choosing between food and energy but allows the same piece of land to serve multiple functions.

When one-third of farms are already unprofitable, the question is no longer whether to try new models, but whether they can afford to remain unchanged. The significance of agrivoltaics lies not in its perfection but in its indication of a direction—if British agriculture is to endure, the land itself must begin to learn to do more than one thing.

A piece of embroidery nearly 70 meters long and about half a meter wide carries the weight of a pivotal moment in English history. The Bayeux Tapestry is not a tapestry in the traditional sense; rather, it is a narrative embroidery stitched with woolen thread onto linen, completed in the late 11th century. It depicts the events surrounding the Norman Conquest from 1064 to 1066: Harold’s oath, William’s gathering of forces, and the decisive Battle of Hastings. The continuous imagery, accompanied by Latin inscriptions, serves almost as a medieval documentary.

Scholars generally believe that the tapestry was likely created in England and then sent to France, with funding possibly coming from Odo, Bishop of Bayeux, who was William’s half-brother. Its significance lies not in the absolute accuracy of every detail but in how it weaves together themes of legitimacy, religious symbolism, and the narrative of war into a cohesive story. For this reason, the Bayeux Tapestry is not only an artistic treasure but also a political text, remaining an indispensable source for the study of the Norman dynasty.

This national treasure, long housed in Normandy, France, is finally set to return to the UK in a special exhibition. The exhibition will take place at the British Museum in London, running from September 2026 to July 2027. The display will be segmented, adhering to stringent requirements for temperature, humidity, and low light to ensure that this nearly thousand-year-old artifact does not suffer structural damage during the exhibition. Visitors will not only be able to appreciate the overall narrative but also observe the embroidery’s lines, compositional arrangements, and traces left by historical repairs up close.

For many in Hong Kong and the UK, the Bayeux Tapestry is not entirely unfamiliar. It is one of the popular topics frequently featured in the Life in the UK Test, assessing candidates’ understanding of the decisive impact of the Norman Conquest on British history. The names and images that are usually encountered only in revision notes and mock exams will now materialize before them, evoking a sense of ‘seeing the real thing’ and bringing this historical episode from abstract knowledge back to tangible reality.

A practical tip for those planning to visit: become a member of the British Museum. Members can enter ticketed special exhibitions for free and without prior booking, which is a significant advantage for highly sought-after exhibitions. Additionally, members enjoy exclusive time slots with fewer crowds, making for a more relaxed viewing experience compared to public hours.

Moreover, the UK Treasury will provide a government guarantee of £800 million for this loan. This is not a generous arrangement but a practical necessity. Such a significant artifact would be nearly impossible to insure fully against all risks in the commercial market; any incident during transportation or exhibition could lead to liabilities that would nullify any insurance arrangement. The government guarantee serves as a final safeguard for the lending country, ensuring that cultural exchange does not stall due to financial realities.

The return of the Bayeux Tapestry is not merely an exhibition; it is an opportunity to re-understand the origins of Britain. History is not only inscribed in decrees and royal names but also woven into the fabric and threads. Standing before this long scroll, viewers see not just a war that has long ended but how power has been narrated, preserved, and passed down to the present day.

For many in Hong Kong, Rolls-Royce is synonymous with luxury automobiles; those with some knowledge of the aviation sector might recognize that the company also manufactures aircraft engines. However, it is only recently that many have discovered that the Rolls-Royce cars seen on the streets are no longer connected to the British Rolls-Royce. The true representative of British industrial strength is Rolls-Royce Holdings, a company that does not produce cars but is deeply involved in global aviation, energy, and nuclear industries.

This distinction itself highlights the issue. Rolls-Royce’s automotive division was sold off in 1998, and today’s Rolls-Royce Motor Cars belongs to the German BMW Group. The British Rolls-Royce has always focused on one thing: high-end engineering. It does not rely on sales volume for survival but thrives on reliability, longevity, and technological barriers.

While aviation engines remain the largest source of revenue, the business model has transformed. Today, engine sales are merely the beginning; the real profits come from service contracts that last for two to three decades. Through real-time data feedback and predictive maintenance, each engine operating in the air becomes a continuously generating asset. This ‘pay-per-flight-hour’ model stabilizes company revenue and makes it more challenging for airlines to switch suppliers.

Beyond aviation, Rolls-Royce plays a crucial role in the energy sector. Its large diesel and gas turbine systems are widely used in data centers, hospitals, ports, and critical infrastructure. In an era where AI and cloud computing are driving electricity demand, these systems are no longer just backup solutions but integral to energy security. Looking further ahead, small modular reactors (SMRs) hold strategic significance—not merely as demonstrations but as standardized, mass-produced, and exportable solutions.

To understand this company, one must look beyond business classifications and consider geographical divisions of labor. Derby serves as the heart of the group, overseeing engine design, assembly, testing, and global maintenance and data monitoring systems. Bristol is a hub for aviation research and development, responsible for core modules of turbofan engines, combustion systems, and future propulsion technologies, serving as the birthplace of the next generation of engines. Sheffield focuses on the most ‘hardcore’ aspects: advanced manufacturing and materials engineering, including nuclear-grade steel, powder metallurgy, and high-precision forging, which support both aviation and nuclear projects. The SMR initiative spans multiple sites across central and northern England, emphasizing the breakdown of nuclear power plants into systems that can be industrially produced.

Overseas, each location serves its purpose. Singapore is the maintenance and service hub for the Asia-Pacific region, while the United States and Germany handle energy and power systems, and Canada participates in nuclear engineering and energy technologies. Regardless of how far the supply chain extends, the critical design rights, system integration, and safety certifications remain firmly in the UK.

From the numbers, this is not a niche enterprise. In a complete fiscal year, the group’s revenue was approximately £17 billion, and it has returned to stable profitability; it employs over 40,000 people globally, many of whom are engineers and highly skilled technicians. These positions are not short-term contracts but require years of training and accumulated industrial capabilities.

What is most noteworthy about Rolls-Royce is not its brand but what it reveals about a reality: the UK has not lost its manufacturing base; it has merely exited low-end competition, concentrating resources on the most difficult industrial sectors to replicate globally. While cars are no longer its face, aircraft engines, energy systems, and nuclear engineering are the true foundations that allow the UK to remain at the forefront of the world.

In the UK, electricity prices have long been significantly higher than gas prices, often approaching four times the latter. At first glance, this may seem like a mere case of ‘expensive energy’, but when compared to other European countries, the issue becomes particularly pronounced. In most European nations, residential electricity prices are typically only about double that of gas, with the highest being close to three times; the UK’s long-standing rates of over three times, even nearing four, represent a clear anomaly rather than an international norm.

This discrepancy is not an inevitable result of energy itself, but rather the consequence of two structural factors: policy costs are almost exclusively added to electricity prices, and the electricity system’s heavy reliance on gas. This combination has caused the UK’s pricing structure to diverge increasingly from its European peers, thereby hindering energy transition efforts.

First, let us examine the structure of the bills. Taking recent price caps as an example, residential electricity costs around 28–30 pence per kilowatt-hour, while gas is about 7–8 pence. Of the electricity bill, approximately 20%–25% consists of policy costs, whereas gas incurs only about 5%. These costs include historical burdens from renewable energy subsidies, capacity markets, energy efficiency programs, smart meter rollouts, and welfare expenditures such as the Warm Home Discount. The key point is that these costs are primarily paid through electricity bills rather than general taxation, which systematically elevates electricity prices. If we assume that all policy costs were completely removed from energy bills, the price ratio of electricity to gas could drop to around 3.3 times. In other words, a significant portion of the nearly fourfold difference is merely a result of bill design.

However, even if the ratio were reduced to 3.3 times, the UK would still be higher than most European countries. The reason lies in a deeper structural issue: the UK’s excessive dependence on gas for electricity generation. Compared to continental Europe, the UK has virtually no large-scale hydropower, a historically low proportion of nuclear power, and is an electricity grid island with limited cross-border interconnection capabilities. France can rely on nuclear power, the Nordic countries have hydropower, and Germany and the Netherlands have dense interconnections with neighboring countries for mutual adjustment. When wind resources are insufficient or after sunset, the most common marginal power source in the UK remains gas generation.

Moreover, the marginal pricing mechanism means that the most expensive, yet still necessary, gas plants determine the entire market price for electricity. Even though the actual costs of wind, solar, or nuclear power are lower, retail electricity prices are still driven by gas prices. Other European countries employ similar mechanisms, but due to a more diverse energy mix and larger grids, their dependence on gas is not as concentrated, leading to naturally lower electricity prices.

The problem is that this pricing structure directly contradicts energy transition goals. The government encourages households to switch to heat pumps, electric vehicles, and electric cooking; yet, the energy bills clearly send the opposite signal—electricity is expensive, gas is cheap. For households, the payback period for investing in heat pumps is extended; for businesses, high electricity prices erode competitiveness; and for the entire system, the cleanest energy sources are penalized by price.

Looking ahead, the situation is not without room for improvement. As the UK continues to increase renewable energy, extend nuclear power supply, and strengthen storage and grid interconnections, the time during which gas serves as the marginal power source will gradually shorten. Simultaneously, if policy and welfare expenditures are removed from electricity prices, the ratio of electricity to gas could still be further reduced. However, the prerequisite is to acknowledge a reality: energy transition is not just a matter of construction, but also of pricing and institutional issues.

As long as electricity prices continue to bear excessive non-electric public responsibilities and gas continues to dominate electricity price formation, the UK will find itself simultaneously advocating for carbon reduction while using prices to obstruct transition. To enable genuine transformation, the first step is not mere slogans, but to allow prices to reflect reality.

In the UK, discussions about mold in rental properties often devolve into a standoff. Landlords attribute the issue to tenant behavior, while tenants point to structural problems, leading to a blame game that fails to resolve the underlying issues. Mold continues to thrive in corners, and ceilings remain stained, with no conclusion in sight.

From a physical perspective, the causes of mold are quite straightforward: it is not a matter of insufficient warmth, but rather excessive moisture. When air does not circulate, humidity will linger indoors, ultimately settling in the coldest and most concealed areas. This situation is influenced both by the occupants’ ventilation habits and the property’s ability to accommodate real-life usage patterns; merely blaming one party will not yield a genuine solution.

It is in this context that Positive Input Ventilation (PIV) emerges as a particularly pragmatic solution. It does not concern itself with who is right or wrong; it simply addresses one issue: removing moisture. The system is typically installed in the loft, where it continuously and quietly introduces filtered air into the home, creating a slight positive pressure that gradually expels stale air and humidity. Mold thrives in consistently high-humidity environments, and PIV effectively eliminates this condition.

Many mistakenly believe that loft air is humid; in fact, the opposite is true. Outdoor air in winter may show high humidity levels, but its actual water content is low. Upon entering a well-ventilated loft, the temperature rises slightly, causing the air to become drier. In contrast, the moisture generated indoors from breathing, bathing, cooking, and drying clothes is the true source of humidity. The role of PIV is simply to dilute this moisture over time, thereby reducing average humidity levels.

For landlords, the key value of PIV lies in its assumption that tenant behavior will not change. It is common for windows to remain closed in winter and for clothes to be dried indoors, a practice that is nearly impossible to prohibit. PIV transforms ventilation into an automatic background condition rather than a habit that requires conscious effort. Installed in the loft and operating continuously, the system is not easily turned off by tenants, preventing the accumulation of moisture over time.

Concerns about heating costs are largely unfounded. The airflow from PIV is minimal, with the increased thermal load typically amounting to just a few dozen pounds per year; electricity costs are also very low, often only a few pounds annually. Noise is similarly not an issue; when properly installed, the system is virtually silent indoors. Maintenance is straightforward, requiring only periodic checks or replacements of basic filters, with no need for HEPA filters or desiccants.

Currently, the market price for supply and installation is around £900. This is not a lavish upgrade but rather a practical cost to reduce hassle. Compared to the ongoing expenses of dealing with mold, repainting, or even entering into rental disputes, this amount is not exorbitant.

Of course, PIV is not a panacea. It cannot replace extractor fans in bathrooms and kitchens, nor can it address leaks or obvious structural defects. Its effectiveness also diminishes in summer. While Mechanical Ventilation with Heat Recovery (MVHR) is theoretically superior, its cost, installation requirements, and airtightness standards far exceed the realities of most rental properties.

Ultimately, the value of PIV lies not in the sophistication of its technology but in its practicality. When disputes over ‘tenant behavior’ versus ‘structural issues’ yield no resolution, PIV offers not a judgment but a pragmatic engineering solution that mitigates risk.

In 2011, the United Kingdom held what appeared to be a technical referendum, but was fundamentally about democracy: whether to replace the long-standing First Past The Post (FPTP) system with Alternative Voting (AV). Nearly 70% of voters opposed the change. The reasons varied; some found the system too complex, others felt reform was not urgent, and some simply wanted to send a message to the then-coalition government. Consequently, electoral reform was rejected, leaving the old system intact.

This referendum was not coincidental. Following the 2010 general election, the UK experienced a hung parliament, with the Liberal Democrats becoming a crucial minority partner in a coalition with the Conservatives. As part of a political bargain, the long-sought electoral reform by the Liberal Democrats finally led to a nationwide vote. AV was not a proportional representation system; it merely required voters to rank candidates, ensuring that the eventual winner secured majority support after transfers of votes. It was seen as a moderate, conservative reform that would hardly shake the foundations of the two major parties.

However, the referendum process quickly deteriorated. The Conservative leadership opposed AV almost entirely, portraying it as an expensive and unnecessary experiment; the Labour Party was divided and failed to articulate a clear stance; and those in favor of reform could not convincingly link the system to the interests of ordinary voters. Ultimately, the referendum became an outlet for dissatisfaction with the government rather than a rational choice about the democratic system.

The consequence of rejecting AV is that the UK continues to use FPTP in its entirety. Under this system, a candidate only needs to secure the most votes to win, without the necessity of a majority. In constituencies with multiple parties competing, the threshold for victory can be astonishingly low. A concrete example emerged in the 2015 general election in Belfast South, where the winning candidate received only about 24.5% of the vote, yet was legally elected as a Member of Parliament. In other words, over three-quarters of voters opposed him, yet he still represented the entire constituency.

This is not a failure of the system, but rather a reflection of its operational mechanics. FPTP simplifies elections to a ‘who gets the most votes’ approach, deliberately ignoring ‘whether there is majority support.’ When a candidate can win with less than a quarter of the votes, the election outcome naturally carries a strong element of randomness. Minor shifts in vote distribution, strategic voting, or even the order of candidates on the ballot can determine the final result. The outcome may appear decisive, but in reality, it is weak, which is at the heart of the democratic deficit.

The long-term implications of this system are even more profound. Political parties concentrate resources on a few marginal constituencies, taking for granted the voters in numerous safe seats; voters are forced to ‘vote with tears,’ selecting the least objectionable candidate rather than one they genuinely support; new parties, even when achieving significant national support, struggle to translate that into corresponding seats. Consequently, politics becomes closed off, though not necessarily stable.

It is noteworthy that societal attitudes have shown a clear shift. Recent national polls indicate that the proportion of voters supporting proportional representation (PR) has consistently surpassed those favoring the maintenance of FPTP. For instance, in YouGov surveys, results have repeatedly hovered around similar figures: approximately 45% of respondents support introducing some form of proportional representation, while only about 28%-30% wish to continue using FPTP, with the remainder undecided. In other words, opposition to the current system is no longer limited to a minority of reformists, but rather constitutes a relative majority of voters.

The significance of these figures lies not in the fluctuating public opinion at any given moment, but in the direction of that opinion. During the 2011 referendum, electoral reform was still seen as a niche issue; over a decade later, as party fragmentation increases and election results become increasingly distorted, voters are beginning to directly attribute their dissatisfaction to the system itself. The resurgence of interest in proportional representation is not due to its perfection, but because the flaws in the current situation have become impossible to ignore.

Looking back at 2011, many believed they were merely rejecting an imperfect proposal, with the expectation that discussions could resume later. However, politics does not evolve automatically. A ‘not urgent’ rejection often means a long-term lockout. The rising support for PR today is, in fact, a belated reflection on the previous ‘wait and see’ approach. Democratic systems can be imperfect, but when one is aware of the flaws yet chooses not to change, the repercussions will only deepen.

The cost of renovating the UK Parliament has reportedly risen to £15 billion. At this point, the issue is no longer whether it is expensive, but rather why it is necessary to proceed with such a plan. The Palace of Westminster, located on the banks of the River Thames, is undoubtedly a symbol of British democracy; however, the premise that this symbol must simultaneously accommodate all legislative, security, and administrative functions of a 21st-century state has never been genuinely questioned.

In fact, the Parliament building, as a workplace, is severely outdated. The House of Commons has 650 members but only 430 seats in its debating chamber, forcing some important debates to be attended by standing members or those watching from outside. There are insufficient committee rooms, and large meetings require makeshift arrangements. Electronic voting has yet to be implemented, with members still relying on manual counts. These issues stem not from institutional design but from the building’s inherent limitations. The more one tries to preserve the ‘original appearance,’ the more expensive the project becomes, the more complex the systems, and the higher the risks.

The so-called comprehensive renovation carries an implicit assumption: Parliament must continue to operate on-site around the clock. This necessitates retrofitting a 19th-century building into a modern high-density facility. If this premise were removed, costs would plummet dramatically. Restoring Westminster as a museum, ceremonial, and symbolic space, based on experiences with similar historical buildings, could be achieved for £3 billion to £6 billion, far less than the projected £15 billion.

The question then shifts to: where should Parliament be located? The answer may not be as radical as it seems. If HS2 Phase 2a is implemented, extending high-speed rail to Crewe at a cost of approximately £6 billion to £9 billion, Crewe could become a national transport hub. Constructing a brand-new, purpose-built modern Parliament there, along with security and infrastructure, could resolve long-standing issues such as seating shortages, meeting spaces, and electronic voting for £2 billion to £4 billion.

In total, the cost of a new Parliament, combined with the cultural restoration of the old Parliament and HS2 Phase 2a, would amount to approximately £11 billion to £19 billion, not significantly different from the cost of merely maintaining an outdated Parliament in London. However, the former would yield a modern Parliament building fit for a century, while the latter merely prolongs the life of an unsuitable structure.

More critically, relocating Parliament is not an isolated project; it is the starting point for restructuring the geographical distribution of national power. Once Parliament moves away from central London, Downing Street and Whitehall will no longer be the only stages, leading to a decentralization of the central government and the relocation of high-paying public jobs, which could genuinely address the long-standing imbalances in the economic structure. This is not merely a symbolic project but a choice of governance.

Other countries have already demonstrated that the political center need not coincide with the economic center. Germany has its parliament in Berlin, the political core of the United States is in Washington, and Australia chose Canberra, all aimed at avoiding excessive concentration of power and resources. The UK is capable of doing this; it simply lacks the willingness to consider it.

The £15 billion cost effectively forces the UK to confront a question that should have been answered long ago: Are we preserving history, or are we clinging to an outdated mode of operation? When the costs reach such heights, relocating the capital is no longer radical but rational. The only remaining question is whether politicians have the courage to acknowledge this.

Beneath the grand slogan of net zero, the UK is being pushed towards a deeper and harsher transformation: from a nation reliant on burning fossil fuels to one that operates fundamentally on electricity. Heating, transportation, industrial processes, and even national security and geopolitics will increasingly depend on the stability, affordability, and autonomy of the electricity system. In this new electric nation, batteries are no longer merely components for electric vehicles or smartphones; they are critical infrastructure on par with the power grid itself.

The problem is that the UK has almost lost its leading position in the lithium battery race. Whether it is NMC or LFP, the industry focus has shifted entirely towards China, from mineral sourcing and material processing to manufacturing technology and large-scale production. This is a reality that cannot be reversed simply by a few sentences in policy documents about ‘reviving manufacturing.’ Even though the UK has recently begun to discuss a domestic battery industry, it is largely a defensive measure rather than a genuine leadership initiative. If the UK’s energy transition remains entirely based on lithium battery systems, its reliance on external supply chains will remain structural in terms of energy security and industrial autonomy.

However, technology never pauses for any nation. Sodium-ion batteries represent a rapidly evolving technology that has not yet been monopolized by any single country, with both its value and limitations clearly defined. Unlike lithium, sodium is abundant in the Earth’s crust, with a dispersed supply that does not involve the highly concentrated strategic minerals such as lithium, cobalt, and nickel. This gives sodium-ion batteries a structural advantage in terms of supply security, long-term costs, and geopolitical risks. Additionally, their chemical properties provide higher thermal stability, which translates to lower fire risks and more flexible site selection for grid-scale applications. However, sodium-ion batteries are not without their drawbacks. Their energy density is still lower than that of lithium batteries, requiring more materials and larger volumes for the same energy storage capacity, making it difficult to replace lithium batteries in weight-sensitive scenarios like long-range electric vehicles. Moreover, the industry scale is not yet fully mature, and short-term costs may not be lower than those of the highly commoditized LFP. Therefore, the most competitive applications for sodium-ion batteries lie not in pursuing extreme range, but in grid-scale energy storage, industrial backup, and balancing renewable energy systems—precisely the most vulnerable yet crucial aspect of the UK’s energy transition.

This is particularly important for the UK. The UK electricity system heavily relies on wind energy, while winter is precisely when solar energy is weakest and weather is most unstable. In the event of several consecutive days without wind and little sunlight, the electricity system would come under immense pressure. Sodium-ion batteries have already demonstrated practical feasibility in medium to long-term energy storage over hours to days. When combined with pumped storage, hydrogen, or other long-duration energy storage technologies, sodium-ion batteries could serve as a crucial buffer for the grid, significantly enhancing the UK’s energy resilience in winter and reducing dependence on natural gas and imported electricity.

On this path, the UK is not starting from scratch. Faradion, an early pioneer in sodium-ion batteries, was born in the UK, and the core knowledge and patents remain deeply embedded in the UK’s research system. The Faraday Institution, as a national battery research hub, has incorporated ‘post-lithium’ into its long-term research agenda, and several top universities have accumulated leading results in sodium-based materials, electrode design, and system integration. Compared to the capital-intensive, volume-driven lithium battery industry, sodium-ion technology relies more on fundamental research and engineering integration capabilities, which is a relative strength of the UK.

Thus, what the UK truly needs is a clear-eyed and pragmatic dual-track strategy. Lithium batteries will remain the mainstream for electric vehicles over the next decade, and the UK must continue to invest to ensure that its automotive industry and related supply chains are not marginalized. At the same time, it should clearly position sodium-ion batteries as a strategic technology for energy security and grid transformation, accelerating the entire chain from research and demonstration to actual deployment, particularly in grid storage and industrial applications.

In fact, this direction is not starting anew. Whether it is the national battery strategy, critical minerals strategy, or official research on long-duration storage, recent government documents have repeatedly emphasized the importance of technological diversification and supply chain resilience. Sodium-ion batteries sit at the intersection of these policies, representing an option that aligns with energy security logic and possesses industrial potential.

If the UK genuinely wishes to play a leadership role in the net-zero era, the key lies not only in installing the most wind turbines or solar panels but in mastering the core technologies that allow the electricity system to function even under the worst conditions. Sodium-ion batteries provide a realistic and rare window: a critical technology that has not yet been fully monopolized and is highly compatible with the UK’s energy structure. Missing out on lithium was a matter of structure and timing; if the UK misses out on sodium-ion technology, it will not be fate but a choice.

The primary issue with local governance in England is not the incompetence of local authorities, but rather that they are institutionally designed to fail. Power and resources are highly concentrated in Westminster, leaving local governments with responsibilities but no corresponding control. Over time, this systemic flaw has become evident.

One of the fundamental limitations of local councils is that they bear significant statutory responsibilities without having control over the relevant resources. Social welfare, adult care, children’s services, and special educational needs are all mandated by law, and demand continues to rise with an aging population and social changes. However, local governments lack sufficient financial tools to respond, relying instead on central government funding settlements, which have tightened over the past two decades. Consequently, local authorities are forced to ‘rob Peter to pay Paul’ among statutory services, sacrificing long-term beneficial investments—such as in transport, culture, and economic development—first.

In 2004, the Labour government attempted to establish a regional assembly in the North East of England, marking the first elected regional government in England. However, it was rejected in a referendum by nearly 78% of voters. This failure is often oversimplified as ‘the English do not want local autonomy,’ but the more direct reason was that the assembly lacked real power and stable financial sources while seeking to replace existing county councils. Voters saw no tangible benefits, only an additional layer of political structure, and their rejection was unsurprising.

Subsequently, the UK shifted towards promoting combined authorities, merging multiple local governments into larger administrative units with some functions delegated by the central government, along with elected mayors. While this arrangement appears pragmatic, it still fails to address the core power structure.

For instance, the North East is currently covered by two combined authorities: the North East Combined Authority and the Tees Valley Combined Authority. On the surface, they are no different from the regional assembly that was rejected years ago; the problem remains that they are merely administrative arrangements, not political entities. They lack their own councils, independent legislative powers, and stable, predictable financial foundations.

Even more perplexing is their decision-making mechanism. Major decisions within a combined authority often require repeated negotiations between elected mayors and leaders of all member local councils. If consensus cannot be reached, decision-making stagnates. This is neither parliamentary democracy nor a single executive leadership system, but rather a highly consultative, low-accountability hybrid. When policy failures occur, voters find it difficult to determine whom to hold accountable.

London is one of the few exceptions. In addition to having a mayor, London also has the London Assembly, which provides scrutiny, oversight, and public debate, at least forming a basic structure for democratic checks and balances. However, this system has not been replicated in other regions of England.

Another structural issue is that local and regional governments must continually ‘bid’ to Westminster. Whether for transport, housing, skills training, or urban renewal, local authorities must draft proposals to compete for centrally-led funding, akin to participating in a beauty pageant, catering to the policy preferences of the current minister. Resource allocation is not based on local long-term needs but rather on the central government’s current political priorities.

If local authorities truly controlled their resources, the issues could be much simpler. They could independently determine budget allocations, balancing transport, education, public health, and economic development, rather than passively executing Whitehall’s directives. The essence of local politics should be about trade-offs and accountability, not incessantly writing bids and awaiting approvals.

Therefore, the truly reasonable direction for reform is not to further patch up combined authorities but to complete the long-overdue constitutional arrangements in England. By establishing eight new regional assemblies along existing English regional boundaries, these would be placed on an institutional level equivalent to London, Scotland, Wales, and Northern Ireland. Clearly defining their legislative powers, financial rights, and areas of responsibility would allow for the devolution of both resources and power.

This is not radical reform but rather institutional catch-up. Only when England finally possesses a political structure commensurate with its scale can local governance truly mature, allowing Westminster to disengage from the minutiae of local affairs. The problem in England has never been that localities are incapable, but rather that the central government exerts too much control and detail.

In the political landscape of the United Kingdom, London has never been the sole centre. At the eastern end of Edinburgh, beneath Arthur’s Seat and opposite Holyrood Palace, stands a building that is bizarre in shape, fragmented in lines, yet highly symbolic. It quietly embodies Scotland’s three-century quest for ‘devolution’. This is not an ordinary local council; it is a constitutionally recognised national parliament—the Scottish Parliament.

Scotland’s incorporation into the United Kingdom was not an overnight affair. In 1603, King James VI of Scotland ascended to the English throne, forming a ‘Union of the Crowns’, while both countries retained their own parliaments and legal systems. The true merger occurred in 1707 with the passage of the Acts of Union, which merged the Scottish and English parliaments into the Parliament of Great Britain, centralising sovereignty in Westminster. Although Scotland retained its legal system, church, and education system, political decision-making power was removed from Edinburgh. This state of ‘retained institutions, withdrawn power’ created a sense of unease for the next three centuries.

By the end of the 20th century, this tension was finally addressed. In 1997, the Labour government held a referendum asking whether Scotland should establish a devolved parliament and grant it limited tax powers. The results were clear and emphatic: over 70% supported the establishment of a parliament, and nearly 60% backed tax powers. The following year, the Scotland Act was passed, and in 1999, the Scottish Parliament officially returned to Edinburgh. This was not independence, but ‘devolution’—a system that acknowledges the reality of multi-layered governance within a single sovereign state.

The logic of power in the Scottish Parliament is fundamentally different from that of local governments in England. It operates not on a ‘central grant of permissions’ basis, but rather on the principle that ‘everything is devolved except reserved matters’. Reserved matters include core sovereign domains such as foreign affairs, defence, immigration, macroeconomics, and monetary policy; all other areas, such as education, healthcare, transport, housing, local government, environment, and criminal justice, are legislated and executed by Scotland itself. This has enabled Scotland to implement free university education, prescription-free medications, and a public health and energy policy distinct from that of England. This is not symbolic autonomy, but substantive governance.

The institution that embodies this system is a building that also rejects tradition. The Scottish Parliament building, designed by Spanish architect Enric Miralles, was inaugurated in 2004. It lacks grand domes and classical colonnades, instead featuring an asymmetric structure, fragmented lines, and a mix of wood and stone. The exterior’s ‘panels’ have been described as inverted boats and abstract human figures, symbolising the people; the entire building opens up to the city rather than towering over it. Critics have labelled it expensive, chaotic, and difficult to understand, but like Scotland’s constitutional status, it was never intended to please those accustomed to simple answers.

This parliament is not out of reach. It has long offered free tours led by trained guides who explain the workings of the parliament, the architectural philosophy, and the political context. Visitors can enter the debating chamber, sit in the public gallery, and observe how a devolved government discusses public affairs up close. These tours are not merely sightseeing; they serve as a concrete and honest form of civic education. For anyone concerned about the future of the UK and how ‘devolution’ and ‘unity’ can coexist, spending an hour here is worthwhile.

The Scottish Parliament reminds us that the UK is not a nation of a single rhythm, but a composite upheld by historical compromises. Power is not merely concentrated or fragmented; there remains space for institutional design in between. The issue is not whether the system is perfect, but whether it allows different regions to respond to their own issues in their own ways. This building stands at the foot of a hill—not high, but very real.