Tag: energy policy

Pre-Covid 19, the climate change movement had gathered momentum with climate activist Greta Thunberg regularly in the news and people around the world striking in protest of inadequate government action on the climate crisis. However, now in a world overtaken by the pandemic, climate change is no longer at the centre and appears a more distant threat. The majority of the large climate change events due to take place this year have been delayed and policy announcements are aimed at supporting the current economic hardships. This is not surprising nor debatable, but there is a risk that, as Covid-19 dominates the news, policy and debates for a long time to come, this will overshadow any environmental initiatives that were due to be implemented.

Governments around the globe are navigating their economies through the pandemic and starting to think about the future road to recovery. However, there is an argument that it doesn’t have to be a case of ‘either or’, as there is the potential for policies to address the Covid-19 crisis and climate change at the same time. How policy makers respond now could shape the fight against climate change for the future. One of the lessons from the pandemic is that quick responses to high impact risks are vital to reduce costs. With that in mind, and given the costs of climate change, it is arguable that now is the best time to address its challenges.

Climate change and Covid

It is estimated that there was a total global loss of $3tn caused by natural disasters over the past decade. By 2050, cumulative damages from climate change are predicted to reach $8 trillion, impoverishing the world as a whole by 3% of GDP and the poorest regions by more. Climate activists argue that despite the economic consequences of climate change, the action taken by governments has been insufficient. In 2015, the then Bank of England governor, Mark Carney warned: ‘Once climate change becomes a defining issue for financial stability, it may already be too late.’

However, since the pandemic struck all over the world, there have been positive consequences for the environment. Pollution levels started dropping fast as airlines grounded fleets, car travel came to a stop and industries shut down. With 2.6bn people living under restrictions under their country’s lockdown, there has also been an impact on the environment, not just the spread of the virus. Given that the lockdowns across the world have come at huge social and human costs, is now not the time to ensure that these improvements for the environment are not just temporary but ignite long-term changes?

Given the clear impacts and risks of Covid on peoples’ health, our ability to change our behaviour quickly has been striking. The importance of behaviour change has been brought to the centre and, arguably, it shows that we are capable of change when lives are at risk and are deemed more important than business-as-usual GDP growth. The application to climate change, however, is not as straightforward, as the costs to human lives are often viewed as a future problem.

Global cooperation

Dr Laure de Preux, Assistant Professor of Economics at Imperial College Business School, highlights the important role that cooperation across borders plays in the face of a global crisis like Coronavirus, and how that can be applied to the fight against climate change.

The big challenges the world is facing, including the climate change crisis, can only be dealt with efficiently through international cooperation. We cannot only act individually; the benefits of our actions are multiplied if integrated into a global strategy. In the case of COVID-19, social distancing measures can only be truly effective if they are adopted at a large scale.

World leaders are aware that their economies now face one of the most severe recessions in history as a consequence of the coronavirus restrictions. Governments are going to have to dedicate huge budgets to enable the economic activity to resume again. This presents a unique challenge, but also a massive opportunity for global cooperation. The question to be asked, therefore, is that if these stimulus packages are a one-off chance to transform the economy, how should the government spend it and what should be their focus? Should the recovery policies focus on creating a greener economy?

The European Union unveiled what it is calling the biggest ‘green’ stimulus package in history. Ursula von der Leyen, the European Commission president, told European Parliament members that this issue is about all nations and it is bigger than any one of them. The deputy Prime Minister of Spain, Teresa Ribera, states that there is a greater risk by not acting in this way. She argues that if the recovery is not green, then it will be nothing but a short-cut to solve the current problems rather than a true economic recovery.

It is not just in Europe where the recovery has an environment focus. Joe Biden is believed to be planning a similarly huge green stimulus package for the US. The model echoes the vast investment projects of the New Deal that helped lift America out of the Great Depression in the 1930s.

There are sound economic reasons why politicians see green technology as a prudent investment. Renewable energy is now often cheaper than fossil fuels in large parts of the world and the technologies are proven and can be built at scale today. The argument for renewables providing a pathway for clean future growth is based on the logic of much of manufacturing – the more you produce, the cheaper it gets. However, China does not appear to have similar plans for their recovery. China produces almost a third of the world’s emissions, as much as the USA and the EU combined. At the annual National People’s Congress, there was no indication that the big expansion of coal-fired electricity generation would be reversed, even though it is also expanding the production of renewable energy. China expanded its coal-fired power stations as a key part of its stimulus package after the 2008 financial crisis.

Policy decisions

The UK government receives ongoing pressure from energy companies. The boss of energy giant SSE, Alistair Phillips-Davies has warned that a failure to deal with climate change could eventually have a greater economic impact than coronavirus. SSE wants the UK government to encourage private investment in renewables by giving the green light to big new projects, such as hydrogen and carbon capture plants and boosting electric vehicles. Despite the impacts of climate change not being immediately felt in comparison to Covid-19, Phillips-Davies argues that a failure to deal with climate change could lead to great long-term impacts:

While it is still too early to predict with confidence the full human, social and economic impact of coronavirus, we can say with certainty that significant investment will be needed to rebuild the UK economy in its wake.

It is clear that any pandemic-induced financial decisions made over the next 12 months will shape the global economy for the next decade. The full impact of the virus on climate change will be determined by the world’s stimulus measures adopted post-pandemic. Following the 2008 financial crisis, the energy-intensive stimulus measures that followed, particularly in China, boosted emissions. Therefore, if we are to meet the reduction in emissions target our response needs to be green, helping to shape a sustainable future. Dr Alex Koberle, of the Grantham Institute at Imperial College London, argues that Governments should take time to reflect, learn from past mistakes and redirect development towards a sustainable future.

Shouldn’t growth be given priority?

With 1.6 billion people working in the informal economy worldwide reckoned to be in immediate danger of losing their livelihoods (according to the International Labour Organization), is now the right time to be focusing on the climate? Industries such as airlines and car manufacturing are strategic industries, employing millions of people. Headlines of longer-term environmental targets will be given less importance than headlines of job losses. Recovery relies on the government finding ways to employ lots and lots of people. There is a close relationship between real GDP, employment and energy consumption. Therefore, any policies aimed at reducing greenhouse gas emissions, unless carefully directed, could reduce economic growth and employment for both less and more developed economies. Such policies would increase the cost of conventional energy sharply.

Critics of a green energy policy for recovery argue that investing in renewable energy ignores the adverse effects of reduced investment and higher energy costs in other sectors. By governments prioritising policy to focus on the environment, they could harm the ability of most people to improve their own circumstances, especially given the terrible economic shock caused by the lockdowns.


With the majority of news in recent months providing little joy, there has been at least the positive impact on the environment. However, advocates say it not a cause for celebration and warn that any benefits are likely to be short lived. There have been some positive behavioural impacts but the true test will be what happens in the recovery phase. If the focus is returned to business as usual what happens to the targets actioned prior to Covid-19?

The immediate priority of all governments right now is to control the pandemic and to save lives. As their policy interventions have an impact and economies start to emerge from this crisis, then there is an important debate to be had about how new investments can help create a cleaner, greener recovery. We have learnt from the current pandemic that changes can be made when consequences are imminent, however, climate change is a threat that doesn’t go away, and is arguably just as urgent. Solutions to both crises can be integrated into a coherent response to propel the global economy towards sustainable growth and increased resilience.




  1. Are government attempts to reduce the impact of climate change beneficial or harmful to UK firms?
  2. What policy instruments can the government use to increase economic activity?
  3. How does an increase in investment affect aggregate demand?
  4. What are the costs and benefits of economic growth?
  5. Why can climate change be described as a market failure?

In December, most of the countries of the world will meet in Paris at the 21st annual United Nations Conference of the Parties (COP) on climate change. COP21 ‘will, for the first time in over 20 years of UN negotiations, aim to achieve a legally binding and universal agreement on climate, with the aim of keeping global warming below 2°C.’

When the Copenhagen conference (COP15) ended in disagreement in 2009, few people thought that the increase in renewable energy would be anything like sufficient to prevent global temperatures rising more than 2°C. But things have dramatically changed in the intervening six years.

Solar power and other renewables have increased dramatically and the technology for the cleaner burning of fossil fuels, including carbon capture and storage, has developed rapidly.

But perhaps the most important change has been the attitudes of governments. No longer is it a case of Europe and other developed countries moving in the direction of renewables, while developing countries, and, in particular, China and India, argue that their economic development requires a rapid expansion of coal-fired power stations. Now China, India and many other emerging countries are rapidly developing their renewable sectors. This is partly driven by the fall in the costs of renewables and partly by worries that climate change will directly effect them. Now the ‘pro-coal’ countries are in a minority.

And industry is realising that significant profit is to be made from the development and installation of power plants using renewable energy. This is driving both R&D and investment. As the Telegraph article, linked below, points out, in 2009 ‘the International Energy Agency (IEA) was still predicting that solar power would struggle to reach 20 gigawatts by now. Few could have foretold that it would in fact explode to 180 gigawatts – over three times Britain’s total power output – as costs plummeted, and that almost half of all new electricity installed in the US in 2013 and 2014 would come from solar’.

So is this a good news story? Will real progress be made at COP21 in Paris? The articles explore the issues.


Paris climate deal to ignite a $90 trillion energy revolution The Telegraph, Ambrose Evans-Pritchard (28/10/15)
OP21 deal critical for low-carbon economy Japan Times, Carlos Ghosn (29/10/15)
Is Solar Without Subsidies Now Viable? Oilprice.com, Michael McDonald (22/10/15)

Policy Paper
The road to Paris and beyond Centre for Climate Change Economics and Policy, Grantham Research Institute on Climate Change and the Environment (LSE), Rodney Boyd, Fergus Green and Nicholas Stern (August 2015)


Energy and Climate Change International Energy Agency (October 2015)


  1. What are the drivers for a move from fossil fuels to renewables? Are they similar dirvers in both developed and developing countries?
  2. What externalities are involved in energy production (a) from fossil fuels; (b) from renewables?
  3. What policies can be adopted to internalise the externalities?
  4. What are the merits and problems of a carbon trading scheme? What determines its effectiveness in reducing CO2 emissions?
  5. Why are more and more investors moving into the renewable energy sector? Could this become a speculative bubble? Explain.
  6. How might game theory help to explain the process and outcomes of international negotiations over climate change and energy use?

Is slower economic growth a cost of cutting greenhouse gas emissions? Apparently not – at least according to two studies: one by DIW Econ, a German institute for economic research, and the other, earlier this year, by the International Energy Association (see reports below).

The IEA study found that, despite global GDP having grown by 6.4% in 2014, global emissions remained flat. The DIW Econ study found that from 2004 to 2014, OECD countries as a whole grew by 16% while cutting fossil fuel consumption by 6% and greenhouse gas emissions by 6.4%.

But what does this mean? If growth accelerated, what would happen to greenhouse gas emissions? Would they begin to rise again? Probably.

The point is that various developments, largely independent of economic growth have been reducing the greenhouse gas emissions/GDP ratio. These developments include: technological advances in energy generation; the switch to alternative fuels in many countries, thanks, in large part to lower renewable energy costs; increased energy efficiency by consumers; and a continuing move from energy-intensive manufacturing to less energy-intensive services.

So if governments forced more radical cuts in greenhouse gases, would this reduce the rate of economic growth or have no effect? For a given level of technological advancement, the initial effect would probably be a reduction in economic growth. But to the extent that this encouraged further investment in renewables and energy saving, it might even stimulate economic growth over the longer term, especially if it helped to bring lower energy prices.

A big problem in decoupling economic growth from fossil fuel usage is that developing countries, which are taking a growing share of world manufacturing, are more heavily dependent on coal than most developed countries. But even here there seems to be some hope. China, the biggest manufacturer in the developing world, is rapidly increasing its use of renewables. As the IEA press release states:

In China, 2014 saw greater generation of electricity from renewable sources, such as hydropower, solar and wind, and less burning of coal.

If the world is to tackle global warming by making significant cuts in greenhouse gases, there must be a way for developing countries to continue growing while making less use of fossil fuels.


Cutting greenhouse gas emissions won’t slow global economic growth — report The Guardian, Bruce Watson (26/9/15)


Turning point: Decoupling Greenhouse Gas Emissions from Economic Growth DIW Econ, Lars Handrich, Claudia Kemfert, Anselm Mattes, Ferdinand Pavel, Thure Traber (September 2015)
World Energy Outlook Special Report 2015: Energy and Climate Change International Energy Agency (June 2015)


  1. What are the possible causal relationships between cutting greenhouse gas emissions and the rate of economic growth?
  2. What incentive mechanisms can governments or other agencies adopt to encourage reductions in greenhouse gas emissions without reducing economic growth?
  3. Can a cap and trade system, such as the European Emissions Trading Scheme help to achieve a given level of emissions reduction at minimum cost to economic growth? Explain.
  4. How might the developed world support developing countries in moving to a low carbon technology?
  5. What factors lie behind the falling costs of renewable energy? Are these the same factors that lie behind the falling cost of oil?
  6. What political problems might hinder the greater production of renewable energy?
  7. How might an economist set about determining a socially optimal amount of fossil fuel production? What conceptual and philosophical problems might there be in agreeing what is meant by a social optimum?

The UK government has just given the go-ahead for the building of two new nuclear reactors at Hinkley Point in Somerset. The contract to build and run the power station will go to EDF, the French energy company.

The power station is estimated to cost some £14 billion to build. It would produce around 7% of the UK’s electricity. Currently the 16 nuclear reactors in the UK produce around 19%. But all except for Sizewell B in Suffolk are due to close by 2023, although the lives of some could be extended. There is thus a considerable energy gap to fill in the coming years.

Several new nuclear power stations were being considered to help fill this gap, but with rising capital costs, especially following the Fukushima disaster in Japan, potential investors pulled out of other negotiations. Hinkley Point is the only proposal left. It’s not surprising that the government wants it to go ahead.

All that remains to agree is the price that EDF can charge for the electricity generated from the power station. This price, known as the ‘strike price’, is a government-guaranteed price over the long term. EDF is seeking a 40-year deal. Some low carbon power stations, such as nuclear and offshore wind and wave power stations, have high capital costs. The idea of the strike price is to reduce the risks of the investment and make it easier for energy companies to estimate the likely return on capital.

But the strike price, which will probably be agreed at around £95 per megawatt hour (MWh), is roughly double the current wholesale price of electricity. EDF want a price of around £100 per MWh, which is estimated to give a return on capital of around 10%. The government was hoping to agree on a price nearer to £80 per MWh. Either way, this will require a huge future subsidy on the electricity generated from the plant.

There are several questions being asked about the deal. Is the strike price worth paying? Are all the costs and benefits properly accounted for, including environmental costs and benefits and safety issues? Being an extremely long-term project, are uncertainties over costs, performance of the plant, future market prices for electricity and the costs of alternative forms of power generation sufficiently accounted for? Will the strike price contravene EU competition law? Is the timescale for construction realistic and what would be the consequences of delays? The articles consider these questions and raise a number of issues in planning very long-term capital projects.


Hinkley Point: Britain’s second nuclear age given green light as planning permission is approved for first of new generation atomic power stations Independent, Michael McCarthy (19/3/13)
Will they or won’t they? New nuclear hangs in the balance ITV News, Laura Kuenssberg (19/3/13)
Hinkley Point C: deal or no deal for UK nuclear? The Telegraph, Alistair Osborne (19/3/13)
New nuclear power plant at Hinkley Point C is approved BBC News (20/3/13)
Britain’s Plans for New Nuclear Plant Approach a Decisive Point, 4 Years Late New York Times, Stanley Reed and Stephen Castle (15/3/13)
Nuclear power plans threatened by European commission investigation The Guardian (14/3/13)
New Hinkley Point nuclear power plant approved by UK government Wired, Ian Steadman (19/3/13)
Renewable energy providers to help bear cost of new UK nuclear reactors The Guardian, Damian Carrington (27/3/13)
Europe backs Hinkley nuclear plant BBC News (8/10/14)

Information/Reports/Journal Articles
Environmental permitting of Hinkley Point C Environment Agency
NNB Generation Company Limited, Radioactive Substances Regulations, Environmental Permit Application for Hinkley Point C: Chapter 7, Demonstration of Environmental Optimisation EDF
Greenhouse Gas Emission of European Pressurized Reactor (EPR) Nuclear Power Plant Technology: A Life Cycle Approach Journal of Sustainable Energy & Environment 2, J. Kunakemakorn, P. Wongsuchoto, P. Pavasant, N. Laosiripojana (2011)


  1. Compare the relative benefits of a construction subsidy and a subsidised high strike price from the perspectives of (a) the government (b) EDF.
  2. What positive and negative externalities are involved in nuclear power generation?
  3. What difficulties are there in valuing these externalities?
  4. What is meant by catastrophic risk? Why is this difficult to take account of in any cost–benefit analysis?
  5. What is meant by a project’s return on capital? Explain how discounted cash flow techniques are used to estimate this return.
  6. What should be taken into account in deciding the rate of discount to use?
  7. How should the extra jobs during construction of the plant and then in the running of the plant be valued when making the decisions about whether to go ahead?