Tesla sales have fallen dramatically recently. In Europe they were down 47.7% in January 2025 compared with January 2024. In Spain the figure was 75.4%, in France 63.4%, in Germany 59.5%, in Sweden 44.3%, in Norway 37.9%, in the UK 18.2% and in Italy 13.4%. And it was not just Europe. In Australia the figure was 33.2%, in China 15.5% and in California 11.6%. Meanwhile, Tesla’s share price has fallen from a peak of $480 on 17 December 2024 to $338 on 21 February 2025, although that compares with $192 in February 2024.
So why have Tesla sales fallen? It’s not because of a rise in price (a movement up the demand curve); indeed, Tesla cut its prices in 2024. Part of the reason is on the supply side. In several countries, stocks of Teslas are low. Some consumers who would have bought have had to wait. However, the main reason is that the demand curve has shifted to the left. So why has this happened?
A reaction to Elon Musk?
One explanation is a growing unpopularity of Elon Musk among many potential purchasers of electric vehicles (EVs). People are more likely to buy an EV if they are environmentally concerned and thus more likely to be Green voters or on the political left and centre. Elon Musk, by supporting Donald Trump and now a major player in the Trump administration, is seen as having a very different perspective. Trump’s mantra of ‘drill, baby drill’ and his announced withdrawal from the Paris agreement and the interventions of Trump, Vance and Musk in European politics have alienated many potential purchasers of new Teslas. Elon Musk has been a vocal supporter of the right-wing Alternative for Germany (AfD) party, describing the party as the ‘last spark of hope for this country’ (see BBC article linked below).
There has been outspoken criticism of Musk in the media and the Financial Times reports existing owners of Teslas, who are keen to distance themselves from Musk, ordering stickers for their cars which read ‘I bought this before Elon went crazy’. In a survey by Electrifying.com, 59% of UK potential EV buyers stated that Musk’s reputation put them off buying a Tesla.
Other reasons for a leftward shift in the demand for Teslas
But is it just the ‘Musk factor’ that has caused a fall in demand? It is useful to look at the general determinants of demand and see how each might have affected the demand for Teslas.
The price, number, quality and availability of substitutes Tesla faces competition, not only from long-established car companies, such as Ford, VW, Volvo/Polestar, Seat/Cupra and Toyota, moving into the EV market, but also from Chinese companies, such as BYD and NIO. These are competing in all segments of the EV market and competition is constantly increasing. Some of these companies are competing strongly with Tesla in terms of price; others in terms of quality, style and imaginative features. The sheer number of competitor models has grown rapidly. For some consumers, Teslas now seem dated compared with competitors.
The price and availability of complements. The most relevant complement here is electrical charging points. As Teslas can be charged using both Tesla and non-Tesla charging points, there is no problem of compatibility. The main issue is the general one for all EVs and that is how to achieve range conveniently. The fewer the charging points and more widely disbursed they are, the more people will be put off buying an EV, especially if they are not able to have a charging point at home. Clearly, the greater the range of a model (i.e. the distance that can be travelled on a full battery), the less the problem. Teslas have a relatively high range compared with most (but not all) other makes and so this is unlikely to account for the recent fall in demand, especially relative to other makes.
Expectations. The current best-selling Tesla EV is the Model Y. This model is being relaunched in a very different version, as are other Tesla models. Consumers may prefer to wait until the new models become available. In the meantime, demand would be expected to fall.
Conclusions
As we have seen, there have been a number of factors adversely affecting Tesla sales. Growing competition is a major factor. Nevertheless, the increasing gap politically between Elon Musk and many EV consumers is a major factor – a factor that is likely to grow in significance if Musk’s role in the Trump administration continues to be one of hostility towards the liberal establishment and in favour of the hard right.
Articles
- Tesla’s sales plummet across Europe
Financial Times, Patricia Nilsson, Laura Pitel and Kana Inagaki (6/2/25)
- Tesla sales plummet nearly 50% in Europe – what’s behind the drop?
motor1.com, Brian Potter (5/2/25)
- Elon Musk is putting buyers off Tesla, survey reveals
Electrifying.com, Tom Barnard (27/1/25)
- Elon Musk is putting consumers off buying Tesla cars with his behaviour, research suggests
indy100, Ellie Abraham (27/1/25)
- Are Elon Musk’s politics costing Tesla sales?
CNN, Chris Isidore (18/2/25)
- Is Tesla’s sales slump down to Elon Musk?
The Conversation, James Obiegbu and Gretchen Larsen (11/2/25)
- Tesla Sales Are Tanking Across The World
InsideEVs, Patrick George (8/2/25)
- Is Elon Musk steering Tesla into a brand crisis?
The Drum, Audrey Kemp (29/1/25)
- Why are Tesla sales down? Elon Musk’s politics may be to blame
The Standard, Saqib Shah (18/2/25)
- Tesla sales slump on ageing line up, competition
Argus, Chris Welch (12/2/25)
- Trends in electric vehicle charging, Global EV Outlook 2024
International Energy Agency (23/4/24)
- What Are Tesla’s (TSLA) Main Competitors?
Investopedia, Peter Gratton (1/2/25)
- Europe leaders criticise Musk attacks
BBC News, Paul Kirby & Laura Gozzi (7/1/25)
- German far-right leader Weidel woke up to missed call from Elon Musk
Yahoo News, dpa international (24/2/25)
Questions
- Why have BYD EV sales risen so rapidly?
- If people feel strongly about a product on political or ethical grounds, how is that likely to affect their price elasticity of demand for the product?
- Find out how Tesla shareholders are reacting to Elon Musk’s behaviour.
- Find out how Tesla sales have changed among (a) Democratic voters and (b) Republican voters in the USA. How would you explain these trends?
- Identify some products that you would or would not buy on ethical grounds. How carefully have you researched these products?
On the day he came to office, President Trump signed a series of executive orders. One of these was to set in motion the process of withdrawing from the UN Paris climate agreement. Section 3(a) of the order reads:
The United States Ambassador to the United Nations shall immediately submit formal written notification of the United States’ withdrawal from the Paris Agreement under the United Nations Framework Convention on Climate Change.
The Paris Agreement is an international treaty on climate change. It was adopted on 12 December 2015 and came into force on 4 November 2016, 30 days after the point was reached when at least 55 countries accounting for at least 55% of global emissions had ratified the treaty.
Currently, all UN countries are signatories to the agreement and only Iran, Libya and Yemen are yet to ratify it. The agreement commits countries to limiting global warming to well under 2°C above pre-industrial levels and preferably to no more than 1.5°C. This would involve reducing greenhouse gas emissions and/or taking carbon absorbing measures.
Since 2020, each country has been required to submit its own emission-reduction targets, known as ‘nationally determined contributions’ (NDCs), and the actions it will take to meet them. Every five years each country must submit a new NDC more ambitious than the last.
Rich countries are expected to provide finance to low-income countries. This is required to help poor countries adopt green technologies and to adapt to the harmful effects of climate change (e.g. through irrigation schemes and flood defences).
Countries set target dates by which emissions would be fully offset by carbon absorption measures (‘net zero’). The UN’s goal is to reach global net zero by 2050. According to the UN Climate Action site:
As of June 2024, 107 countries, responsible for approximately 82 per cent of global greenhouse gas emissions, had adopted net-zero pledges either in law, in a policy document such as an national climate action plan or a long-term strategy, or in an announcement by a high-level government official. More than 9000 companies, over 1000 cities, more than 1000 educational institutions, and over 600 financial institutions have joined the Race to Zero, pledging to take rigorous, immediate action to halve global emissions by 2030.
The Paris Agreement has helped to cut emissions or slow their rate of growth in most countries. Although net zero by 2050 may be unlikely, warming will be less than without the agreement.
The USA and the Paris Agreement
In April 2016 the USA signed the Paris Agreement. As stated above, the Paris Agreement came into effect on 4 November 2016.
President Trump came to office for the first time in January 2017. In June 2017, he signed an executive order in which he announced that the USA would withdraw from the agreement, arguing that it undermined the US economy and put it at a competitive disadvantage. He claimed that global warming is a hoax concocted by China designed to undermine the competitive power of the USA.
However, despite Trump’s intention to withdraw from the agreement, its terms did not allow a country to begin a withdrawal procedure for at least three years after the agreement was ratified (i.e. not before 4 November 2019) and then a year’s notice has to be given. This notice was given on 4 November 2019. In the meantime, the USA had to abide by the terms of the treaty. During this period, US representatives at COP meetings used the opportunity to promote fossil fuels. Withdrawal took place on 1 November 2020, just one day after the presidential election and just over two months before the end of Trump’s first term of office.
On 20 January 2021, his first day in office, President Biden signed an executive order to rejoin the agreement, which took place on 19 February 2021. He committed to cutting total greenhouse gas emissions by at least 50% by 2030. To achieve this, his administration adopted a number of emissions-reducing measures, for example requiring all new passenger vehicles sold after 2035 to be emissions free, giving tax credits for clean electricity generation, providing federal funds for smart agriculture and setting greener appliance and equipment standards.
But, as we have seen, newly elected President Trump for the second time announced that the USA would withdraw from the Paris agreement and would prioritise fossil fuel production, under the mantra, ‘drill, baby, drill’.
The economics of climate change
Climate change is directly caused by market failures. One of the most important of these is that the atmosphere is a common resource: it is not privately owned; it is a global ‘commons’. Individuals and firms use it at a zero price. If the price of any good or service to the user is zero, there is no incentive to economise on its use. Thus for the emitter there are no private costs of using the atmosphere in this way as a ‘dump’ for their emissions and, in a free market, no incentive to reduce the climate costs.
And yet when firms emit greenhouse gases into the atmosphere there are costs to other people. To the extent that they contribute to global warming, part of these costs will be borne by the residents of that country; but a large part will be borne by inhabitants of other countries.
These climate costs are external costs to the firm and are illustrated in the figure. It shows an industry that emits CO2. To keep the analysis simple, assume that it is a perfectly competitive industry with demand and supply given by curves D and S, which are equal to the marginal private benefits (MPB) and marginal private costs (MPC), respectively. There are no externalities on the demand side and hence MPB equals the marginal social cost (MSB). Market equilibrium is at point a, with output at Qpc and price at Ppc. (Click here for a PowerPoint.)
Assume that the emissions create a marginal cost to society equal to MECc. Assume that the MEC increases as output and total emissions increase. The MECc line is thus upward sloping. At the market price of Qpc, these external climate costs are equal to the purple vertical line. When these external climate costs are added to private costs, this gives a marginal social cost given by MSC = MPC + MECc. The gives a socially optimal level of output of the product of Q* at a price of P*, with the optimum point of c.
In other words, other things being equal, the free market overproduces products with climate externalities. If the output is to be reduced to the social optimum of Q*, then the government will need to take measures such as those advocated in the Paris Agreement. These could include imposing taxes on products, such as electricity generated by fossil fuels, or on the emissions themselves. Or green alternatives, such as wind power, could be subsidised.
Alternatively, regulations could be used to cap the production of products creating emissions, or caps on the emissions themselves could be imposed. Emissions permits could be issued or auctioned. Only firms in possession of the permits would be allowed to emit and the permits would cap emissions below free-market levels. These permits could be traded under a cap-and-trade scheme, such as the EU’s Emissions Trading Scheme. Again, such schemes are advocated under the Paris Agreement.
Effect of the USA’s withdrawal from the Paris Agreement
Withdrawal from the Paris Agreement and promoting fossil fuels will increase US emissions. Scientific consensus is that this will have a negative effect on climate change. Only part of these climate costs will be borne by the USA, although the severity of recent fires in California, fanned by strong Santa Ana winds, and more violent hurricanes are two examples of costs of climate change to the USA itself.
A bigger worry is whether the USA’s withdrawal will encourage other countries, such as Argentina, to do likewise. Then the climate costs of US withdrawal will be greater.
But all is not bad news. The transition to green energy is well advanced and the costs of solar and wind power are decreasing. Global investment in clean energy has increased by 60% since 2015. China is investing heavily in renewable energy technology, which is giving it a significant trade advantage. The EU has taken significant actions to promote green energy and technology. Similarly, industrial processes that economise on emissions are developing apace and it is becoming increasingly profitable for private companies to make climate-friendly investments without subsidies. In the USA itself, many Democratic states and local governments, and even some Republican ones, will continue to adopt climate-friendly policies.
In this environment, the Trump administration does not want to fall behind in the development of new technologies and markets. And with Elon Musk having a significant influence on Donald Trump, the USA’s investment in EVs and battery technology is likely to continue. This will help to reduce the price of green energy and transport.
Videos
Articles
- Trump vows to leave Paris climate agreement and ‘drill, baby, drill’
BBC News, Matt McGrath (20/1/25)
- What is the Paris climate agreement and why has Trump withdrawn?
BBC News, Esme Stallard and Mark Poynting (21/1/25)
- Six Trump executive orders to watch
BBC News (21/1/25)
- The real message behind Trump’s withdrawal of US from the Paris climate agreement
Sky News, Tom Clarke (21/1/25)
- Trump signs order to withdraw US from Paris climate agreement for second time
The Guardian, Dharna Noor (20/1/25)
- Explained: how Trump’s day one orders reveal a White House for big oi
The Guardian, Oliver Milman and Dharna Noor (22/1/25)
- Donald Trump can’t stop global climate action. If we stick together, it’s the US that will lose out
The Guardian, Bill Hare (6/11/24)
Trump to pull US from Paris climate agreement: What could this mean for the environment?
ITV News, Martin Stew (21/1/25)
- 10 reasons why US president-elect Donald Trump can’t derail global climate action
The Conversation, Wesley Morgan and Ben Newell (8/11/24)
- Trump has rejected the Paris agreement again, but game theory shows how other countries can still lead by example
The Conversation, Renaud Foucart (27/1/25)
Information
Questions
- Summarise the Paris Agreement.
- Using a diagram similar to that above, illustrate how the free market will produce a sub-optimal amount of solar power because the marginal social benefit exceeds the marginal private benefit.
- How might game theory be used to analyse possible international decision making in the context of US climate policy?
- Is it in America’s interests to cease investing in green energy and green production methods?
- Go through each of the reasons (not specific to Australia) given in The Conversation article linked above why ‘Donald Trump can’t derail global climate action’. To what extent do you agree with each one?
In an interview with Joe Rogan for his podcast, The Joe Rogan Experience, just before the US election, Donald Trump stated that, “To me, the most beautiful word – and I’ve said this for the last couple of weeks – in the dictionary today and any is the word ‘tariff’. It’s more beautiful than love; it’s more beautiful than anything. It’s the most beautiful word. This country can become rich with the use, the proper use of tariffs.”
President-elect Trump has stated that he will impose tariffs on imports of 10% or 20%, with 60% and 100% tariffs on imports from China and Mexico, respectively. This protection for US industries, combined with lighter regulation, will, he claims, provide a stimulus to the economy and help create jobs. The revenues will also help to reduce America’s budget deficit.
But it is not that straightforward.
Problems with tariffs for the USA
Imposing tariffs is likely to reduce international trade. But international trade brings net benefits, which are distributed between the participants according to the terms of trade. This is the law of comparative advantage.
In the simple two-country case, the law states that, provided the opportunity costs of producing various goods differ between the two countries, both of them can gain from mutual trade if they specialise in producing (and exporting) those goods that have relatively low opportunity costs compared with the other country. The total production and consumption of the two countries will be higher.
So if the USA has a comparative advantage in various manufactured products and a trading partner has a comparative advantage in tropical food products, such as coffee or bananas, both can gain by specialisation and trade.
If tariffs are imposed and trade is thereby reduced between the USA and its trading partners, there will be a net loss, as production will switch from lower-cost production to higher-cost production. The higher costs of less efficient production in the USA will lead to higher prices for those goods than if they were imported.
At the same time, goods that are still imported will be more expensive as the price will include the tariff. Some of this may be borne by the importer, meaning that only part of the tariff is passed on to the consumer. The incidence of the tariff between consumer and importer will depend on price elasticities of demand and supply. Nevertheless, imports will still be more expensive, allowing the domestically-produced substitutes to rise in price too, albeit probably by not so much. According to work by Kimberly Clausing and Mary E Lovely for the Peterson Institute (see link in Articles below), Trump’s proposals to raise tariffs would cost the typical American household over $2600 a year.
The net effect will be a rise in inflation – at least temporarily. Yet one of Donald Trump’s pledges is to reduce inflation. Higher inflation will, in turn, encourage the Fed to raise interest rates, which will dampen investment and economic growth.
Donald Trump tends to behave transactionally rather than ideologically. He is probably hoping that a rapid introduction of tariffs will then give the USA a strong bargaining position with foreign countries to trade more fairly. He is also hoping that protecting US industries by the use of tariffs, especially when coupled with deregulation, will encourage greater investment and thereby faster growth.
Much will depend on how other countries respond. If they respond by raising tariffs on US exports, any gain to industries from protection from imports will be offset by a loss to exporters.
A trade war, with higher tariffs, will lead to a net loss in global GDP. It is a negative sum game. In such a ‘game’, it is possible for one ‘player’ (country) to gain, but the loss to the other players (countries) will be greater than that gain.
Donald Trump is hoping that by ‘winning’ such a game, the USA could still come out better off. But the gain from higher investment, output and employment in the protected industries would have to outweigh the losses to exporting industries and from higher import prices.
The first Trump administration (2017–21), as part of its ‘America First’ programme, imposed large-scale tariffs on Chinese imports and on steel and aluminium from across the world. There was wide-scale retaliation by other countries with tariffs imposed on a range of US exports. There was a net loss to world income, including US GDP.
Problems with US tariffs for the rest of the world
The imposition of tariffs by the USA will have considerable effects on other countries. The higher the tariffs and the more that countries rely on exports to the USA, the bigger will the effect be. China and Mexico are likely to be the biggest losers as they face the highest tariffs and the USA is a major customer. In 2023, US imports from China were worth $427bn, while US exports to China were worth just $148bn – only 34.6% of the value of imports. The percentage is estimated to be even lower for 2024 at around 32%. In 2023, China’s exports to the USA accounted for 12.6% of its total exports; Mexico’s exports to the USA accounted for 82.7% of its total exports.
It is possible that higher tariffs could be extended beyond China to other Asian countries, such as Vietnam, South Korea, Taiwan, India and Indonesia. These countries typically run trade surpluses with the USA. Also, many of the products from these countries include Chinese components.
As far as the UK is concerned, the proposed tariffs would cause significant falls in trade. According to research by Nicolò Tamberi at the University of Sussex (see link below in Articles):
The UK’s exports to the world could fall by £22 billion (–2.6%) and imports by £1.4 (–0.16%), with significant variations across sectors. Some sectors, like fishing and petroleum, are particularly hard-hit due to their high sensitivity to tariff changes, while others, such as textiles, benefit from trade diversion as the US shifts demand away from China.
Other badly affected sectors would include mining, pharmaceuticals, finance and insurance, and business services. The overall effect, according to the research, would be to reduce UK output by just under 1%.
Countries are likely to respond to US tariffs by imposing their own tariffs on US imports. World Trade Organization rules permit the use of retaliatory tariffs equivalent to those imposed by the USA. The more aggressive the resulting trade war, the bigger would be the fall in world trade and GDP.
The EU is planning to negotiate with Trump to avoid a trade war, but officials are preparing the details of retaliatory measures should the future Trump administration impose the threatened tariffs. The EU response is likely to be strong.
Articles
The Most Beautiful Word In The Dictionary: Tariffs
YouTube, Joe Rogan and Donald Trump
- The exact thing that helped Trump win could become a big problem for his presidency
CNN, Matt Egan (7/11/24)
- Trump’s New Trade War With China Is Coming
Newsweek, Micah McCartney (9/11/24)
- Trump tariff threat looms large on several Asian countries – not just China – says Goldman Sachs
CNBC, Lee Ying Shan (11/11/24)
- Trump’s bigger tariff proposals would cost the typical American household over $2,600 a year
Peterson Institute for International Economics, Kimberly Clausing and Mary E Lovely (21/8/24)
- More tariffs, less red tape: what Trump will mean for key global industries
The Guardian, Jasper Jolly, Dan Milmo, Jillian Ambrose and Jack Simpson (7/11/24)
- Trump tariffs would halve UK growth and push up prices, says thinktank
The Guardian, Larry Elliott (6/11/24)
- China is trying to fix its economy – Trump could derail those plans
BBC News, João da Silva (8/11/24)
- Trump tariffs could cost UK £22bn of exports
BBC News, Faisal Islam & Tom Espiner (8/11/24)
- Trump to target EU over UK in trade war as he wants to see ‘successful Brexit’, former staffer claims
Independent, Millie Cooke (11/11/24)
- EU’s trade war nightmare gets real as Trump triumphs
Politico, Camille Gijs (6/11/24)
- Will Trump impose his tariffs? They could reduce the UK’s exports by £22 billion.
Centre for Inclusive Trade Policy, University of Sussex, Nicolò Tamberi (8/11/24)
- Three possible futures for the global economy if Trump brings in new trade tariffs
The Conversation, Agelos Delis and Sami Bensassi (17/12/24)
Questions
- Explain why, according to the law of comparative advantage, all countries can gain from trade.
- In what ways may the imposition of tariffs benefit particular sections of an economy?
- Is it in countries’ interests to retaliate if the USA imposes tariffs on their exports to the USA?
- Why is a trade war a ‘negative sum game’?
- Should the UK align with the EU in resisting President-elect Trump’s trade policy or should it seek independently to make a free-trade deal with the USA? is it possible to do both?
- What should China do in response to US threats to impose tariffs of 60% or more on Chinese imports to the USA?
The market for crude oil is usually a volatile one. Indeed, in the last few months, the market has seen prices rise and fall due to various supply and demand influences. Crude oil is coined the ‘King of Commodities’ due to the impact it has on consumers, producers and both the micro and macro economy. The price of crude oil affects everything from the cost of producing plastics, transportation, and food at the supermarket.
This makes the market for crude oil an economic powerhouse which is closely watched by businesses, traders, and governments. To gain a full understanding of the movements in this market, it is important to identify how demand and supply affect the price of crude oil.
What influences the demand and supply of crude oil?
The law of demand and supply states that if demand increases, prices will rise, and if supply increases, prices will fall. This is exactly what happens in the market for crude oil. The consumer side of the market consists of various companies and hundreds of millions of people. The producer side of the market is made up of oil-producing countries. Collectively, both consumers and producers influence the market price.
However, the demand and supply of crude oil, and therefore the price, is also affected by global economic conditions and geopolitical tensions. What happens in the world impacts the price of oil, especially since a large proportion of the world’s biggest oil producers are in politically unstable areas.
Over the past five years, global events have had a major impact on the price of oil. The economic conditions created by the impact of the COVID pandemic saw prices plummet from around $55 per barrel just before the pandemic in February 2020 to around $15 per barrel in April 2020. By mid-2021 they had recovered to around $75 per barrel. Then, in the aftermath of Russia’s invasion of Ukraine in February 2022, the price surged to reach $133 in June 2022. More recently, geopolitical tensions in the Middle East and concerns about China’s economic outlook have intensified concerns about the future direction of the market. (Click here for a PowerPoint of the chart.)
Geopolitical tensions
In the first week of October 2024, the price of crude oil rose by almost 10% to around $78 per barrel as the conflict in the Middle East intensified. It unfortunately comes at a time when many countries are starting to recover from the rise in oil prices caused by the pandemic and the war in Ukraine. Any increase in prices will affect the price that consumers pay to fill up their vehicles with fuel, just when prices of diesel and petrol had reached their lowest level for three years.
The Governor of the Bank of England, Andrew Bailey, has said that the Bank is monitoring developments in the Middle East ‘extremely closely’, as the conflict has the potential to have serious impacts in the UK. The Bank of England will therefore be watching for any movement in oil prices that could fuel inflation.
The main concerns stem from further escalation in the conflict between Israel and the Iran-backed armed group, Hezbollah, in Lebanon. If Israel decides to attack Iran’s oil sector, this is likely to cause a sharp rise in the price of oil. Iran is the world’s seventh largest oil exporter and exports over half of its production to China. If the oilfields of a medium-sized supplier, like Iran, were attacked, this could threaten general inflation in the UK, which could in turn influence any decision by the Bank of England to lower interest rates next month.
Supply deficits
This week (2nd week of October 2024) saw the price of crude oil surge above $81 per barrel to hit its highest level since August. This rise means that prices increased by 12% in a week. However, this surge in price also means that prices rose by almost 21% between the start September and the start of October alone. Yet it was only in early September when crude oil hit a year-to-date low, highlighting the volatility in the market.
As the Middle-East war enters a new and more energy-related phase, the loss of Iranian oil would leave the market in a supply deficit. The law of supply implies that such a deficit would lead to an increase in prices. This also comes at a time when the US Strategic Petroleum Reserve has also been depleted, causing further concerns about global oil supply.
However, the biggest and most significant impact would be a disruption to flows through the Strait of Hormuz. This is a relatively narrow channel at the east end of the Persian Gulf through which a huge amount of oil tanker traffic passes – about a third of total seaborne-traded oil. It is therefore known as the world’s most important oil transit chokepoint. The risk that escalation could block the Strait of Hormuz could technically see a halt in about a fifth of the world’s oil supply. This would include exports from big Gulf producers, including Saudi Arabia, UAE, Kuwait and Iraq. In a worst-case scenario of a full closure of the Strait, a barrel of oil could very quickly rise to well above $100.
Disruption to shipments would also lead to higher gas prices and therefore lead to a rise in household gas and electricity bills. As with oil, gas prices filter down supply chains, affecting the cost of virtually all goods, resulting in a further rise in the cost of living. With energy bills in the UK having already risen by 10% for this winter, an escalation to the conflict could see prices rise further still.
China’s economic outlook
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Despite the concern for the future supply of oil, there is also a need to consider how the demand for oil could impact price changes in the market. The price of oil declined on 14 October 2024 in light of concerns over China’s struggling economy. As China is the world’s largest importer of crude oil, there are emerging fears about the potential limits on fuel demand. This fall in price reversed increases made the previous week as investors become concerned about worsening deflationary pressures in China.
Any reduced demand from China could indicate an oversupply of crude oil and therefore potential price declines. Official data from China reveal a sharp year-on-year drop in the producer price index of 2.8% – the fastest decline in six months. These disappointing results have stirred uncertainty about the Chinese government’s economic stimulus plans. Prices could fall further if there are continuing doubts about the government’s ability to implement effective fiscal measures to promote consumer spending and, in turn, economic growth.
As a result of the 2% price fall in oil prices on 14 October, OPEC (the Organization of the Petroleum Exporting Countries) has lowered its 2024 and 2025 global oil demand growth. This negative news outweighed market concerns over the possibility that an Israeli response to Iran’s missile attack could disrupt oil production.
What is the future for oil prices?
It is expected that the market for oil will remain a volatile one. Indeed, the current uncertainties around the globe only highlight this. It is never a simple task to predict what will happen in a market that is influenced by so many global factors, and the current global landscape only adds to the complexity.
There’s a wide spectrum of predictions about what could come next in the market for crude oil. Given the changes in the first two weeks of October alone, supply and demand factors from separate parts of the globe have made the future of oil prices particularly uncertain. Callum Macpherson, head of commodities at Investec, stated in early October that ‘there is really no way of telling where we will be this time next week’ (see the first BBC News article linked below).
Despite the predominately negative outlook, this is all based on potential scenarios. Caroline Bain, chief commodities economist at Capital Economics suggests that if the ‘worst-case scenario’ of further escalation in the Middle East conflict does not materialise, oil prices are likely to ‘ease back quite quickly’. Even if Iran’s supplies were disrupted, China could turn to Russia for its oil. Bain says that there is ‘more than enough capacity’ globally to cover the gap if Iranian production is lost. However, this does then raise the question of where the loyalty of Saudi Arabia, the world’s second largest oil producer, lies and whether it will increase or restrict further production.
What is certain is that the market for crude oil will continue to be a market that is closely observed. It doesn’t take much change in global activity for prices to move. Therefore, in the current political and macroeconomic environment, the coming weeks and months will be critical in determining oil prices and, in turn, their economic effects.
Articles
- How worried should I be about rising oil prices?
BBC News, Michael Race (4/10/24)
- Interest rates could fall more quickly, hints Bank
BBC News, Dearbail Jordan (3/10/24)
- Oil Prices Eye $100 A Barrel As War Risk Premium Returns
FX Empire, Phil Carr (8/10/24)
- Crude oil futures reverse previous gains following disappointing economic data from China
London Loves Business, Hamza Zraimek (14/10/24)
- Oil falls 2% as OPEC cuts oil demand growth view, China concerns
Reuters, Arathy Somasekhar (14/10/24)
- Could war in the Gulf push oil to $100 a barrel?
The Economist (7/10/24)
- The Commodities Feed: Oil remains volatile
ING Think, Ewa Manthey and Warren Patterson (8/10/24)
- Who and what is driving oil price volatility
FT Alphaville, George Steer (9/10/24)
- Brent crude surges above $80 as conflict and storm spark supply fears
Financial Times, Rafe Uddin and Jamie Smyth (7/10/24)
Questions
- Use a demand and supply diagram to illustrate what has happened to oil prices in the main two scenarios:
(a) Conflict in the Middle East;
(b) Concerns about China’s economic performance.
- How are the price elasticities of demand and supply relevant to the size of any oil price change?
- What policy options do the governments have to deal with the potential of increasing energy prices?
- What are oil futures? What determines oil future prices?
- How does speculation affect oil prices?
Global long-term economic growth has slowed dramatically since the financial crisis of 2007–8. This can be illustrated by comparing the two 20-year periods 1988 to 2007 and 2009 to 2028 (where IMF forecasts are used for 2024 to 2028: see WEO Database under the Data link below). Over the two periods, average annual world growth fell from 3.8% to 3.1%. In advanced countries it fell from 2.9% to 1.6% and in developing countries from 4.8% to 4.3%. In the UK it fell from 2.4% to 1.2%, in the USA from 3.1% to 1.8% and in Japan from 1.9% to 0.5%.
In the UK, labour productivity growth in the production industries was 6.85% per annum from 1998 to 2006. If this growth rate had been maintained, productivity would have been 204% higher by the end of 2023 than it actually was. This is shown in the chart (click here for a PowerPoint).
The key driver of long-term economic growth is labour productivity, which can best be measured by real GDP per hour worked. This depends on three things: the amount of capital per worker, the productivity of this capital and the efficiency of workers themselves – the latter two giving total factor productivity (TFP). Productivity growth has slowed, and with it the long-term rate of economic growth.
If we are measuring growth in output per head of the population, as opposed to simple growth in output, then another important factor is the proportion of the population that works. With ageing populations, many countries are facing an increase in the proportion of people not working. In most countries, these demographic pressures are likely to increase.
A major determinant of long-term economic growth and productivity is investment. Investment has been badly affected by crises, such as the financial crisis and COVID, and by geopolitical tensions, such as the war in Ukraine and tensions between the USA and China and potential trade wars. It has also been adversely affected by government attempts to deal with rising debt caused by interventions following the financial crisis and COVID. The fiscal squeeze and, more recently higher interest rates, have dampened short-term growth and discouraged investment, thereby dampening long-term growth.
Another factor adversely affecting productivity has been a lower growth of allocative efficiency. Competition in many industries has declined as the rate of new firms entering and exiting markets has slowed. The result has been an increase in concentration and a growth in supernormal profits.
In the UK’s case, growth prospects have also been damaged by Brexit. According to Bank of England and OBR estimates, Brexit has reduced productivity by around 4% (see the blog: The costs of Brexit: a clearer picture). For many companies in the UK, Brexit has hugely increased the administrative burdens of trading with the EU. It has also reduced investment and led to a slower growth in the capital stock.
The UK’s poor productivity growth over many yeas is examined in the blog The UK’s poor productivity record.
Boosting productivity
So, how could productivity be increased and what policies could help the process?
Artificial intelligence. One important driver of productivity growth is technological advance. The rapid advance in AI and its adoption across much of industry is likely to have a dramatic effect on working practices and output. Estimates by the IMF suggest that some 40% of jobs globally and 60% in advanced countries could be affected – some replaced and others complemented and enhanced by AI. The opportunities for raising incomes are huge, but so too are the dangers of displacing workers and deepening inequality, as some higher-paid jobs are enhanced by AI, while many lower paid jobs are little affected and other jobs disappear.
AI is also likely to increase returns to capital. This may help to drive investment and further boost economic growth. However, the increased returns to capital are also likely to exacerbate inequality.
To guard against the growth of market power and its abuse, competition policies may need strengthening to ensure that the benefits of AI are widely spread and that new entrants are encouraged. Also training and retraining opportunities to allow workers to embrace AI and increase their mobility will need to be provided.
Training. And it is not just training in the use of AI that is important. Training generally is a key ingredient in encouraging productivity growth. In the UK, there has been a decline in investment in adult education and training, with a 70% reduction since the early 2000s in the number of adults undertaking publicly-funded training, and with average spending on training by employers decreasing by 27% per trainee since 2011. The Institute for Fiscal Studies identifies five main policy levers to address this: “public funding of qualifications and skills programmes, loans to learners, training subsidies, taxation of training and the regulation of training” (see link in articles below).
Competition. Another factor likely to enhance productivity is competition, both internationally and within countries. Removing trade restrictions could boost productivity growth; erecting barriers to protect inefficient domestic industry would reduce it.
Investment. Policies to encourage investment are also key to productivity growth. Private-sector investment can be encouraged by tax incentives. For example, in the UK the Annual Investment Allowance allows businesses to claim 100% of the cost of plant and machinery up to £1m in the year it is incurred. However, for tax relief to produce significant effects on investment, companies need to believe that the policy will stay and not be changed as economic circumstances or governments change.
Public-sector investment is also key. Good road and rail infrastructure and public transport are vital in encouraging private investment and labour mobility. And investment in health, education and training are a key part in encouraging the development of human capital. Many countries, the UK included, cut back on public-sector capital investment after the financial crisis and this has had a dampening effect on economic growth.
Regional policy. External economies of scale could be encouraged by setting up development areas in various regions. Particular industries could be attracted to specific areas, where local skilled workers, managerial expertise and shared infrastructure can benefit all the firms in the industry. These ‘agglomeration economies’ have been very limited in the UK compared with many other countries with much stronger regional economies.
Changing the aims and governance of firms. A change in corporate structure and governance could also help to drive investment and productivity. According to research by the think tank, Demos (see the B Lab UK article and the second report below), if legislation required companies to consider the social, economic and environmental impact of their business alongside profitability, this could have a dramatic effect on productivity. If businesses were required to be ‘purpose-led’, considering the interests of all their stakeholders, this supply-side reform could dramatically increase growth and well-being.
Such stakeholder-governed businesses currently outperform their peers with higher levels of investment, innovation, product development and output. They also have higher levels of staff engagement and satisfaction.
Articles
- World Must Prioritize Productivity Reforms to Revive Medium-Term Growth
IMF Blog, Nan Li and Diaa Noureldin (10/4/24)
- Why has productivity slowed down?
Oxford Martin School News, Ian Goldin, Pantelis Koutroumpis, François Lafond and Julian Winkler (18/3/24)
- How can the UK revive its ailing productivity?
Economics Observatory, Michelle Kilfoyle (14/3/24)
- With the UK creeping out of recession, here’s an economist’s brief guide to improving productivity
The Conversation, Nigel Driffield (13/3/24)
- UK economy nearly a third smaller thanks to ‘catastrophically bad’ productivity slowdown
City A.M., Chris Dorrell (12/3/24)
- Can AI help solve the UK’s public sector productivity puzzle?
City A.M., Chris Dorrell (11/3/24)
- AI Will Transform the Global Economy. Let’s Make Sure it Benefits Humanity
IMF Blog, Kristalina Georgieva (14/1/24)
- Productivity and Investment: Time to Manage the Project of Renewal
NIESR, Paul Fisher (12/3/24)
- Productivity trends using key national accounts indicators
Eurostat (15/3/24)
- New report says change to company law could add £149bn to the UK economy
B Lab UK (28/11/23)
- Investment in training and skills: Green Budget Chapter 9
Institute for Fiscal Studies, Imran Tahir (12/10/23)
Reports
Data
Questions
- Why has global productivity growth been lower since 2008 than before 2008?
- Why has the UK’s productivity growth been lower than many other advanced economies?
- How does the short-run macroeconomic environment affect long-term growth?
- Find out why Japan’s productivity growth has been so poor compared with other countries.
- What are likely to be the most effective means of increasing productivity growth?
- How may demand management policies affect the supply side of the economy?
- How may the adoption of an ESG framework by companies for setting objectives affect productivity growth?