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The Act demonstrates the UK’s renewed commitment to reaching net zero and paves the way for players in key industries to achieve their targets.

By Tom Bartlett, Paul A. Davies, JP Sweny, Michael D. Green, James Bee, and Samuel Burleton

On 26 October 2023, the UK Energy Act 2023 (the Act) received Royal Assent. The Act is a landmark piece of energy legislation detailing the UK’s approach to achieving energy independence and its net zero obligations.

The provisions of the Act lay the foundation for potentially £100 billion worth of private investment in clean energy infrastructure. The government has indicated that the Act is intended to support up to 72,000 jobs in carbon capture and storage (CCS) and hydrogen by 2030.

This blog post summarises how the Act is likely to impact key industries.

By Paul Davies and Andrew Westgate

On 18 October 2017, the 19th National Congress of the Chinese Communist Party will convene, after the week-long National Day holiday, marking one of the most important dates on the Chinese political calendar. Among the issues that National Congress members will surely discuss, is the importance of implementing strategies to further China’s green development. A crucial aspect of this discussion will be determining how funding can be channelled towards clean development.

China has achieved unprecedented economic growth over the last four decades, and is predicted to become the world’s largest economy before 2030, overtaking the United States. A by-product of this success however, has been severe damage to China’s ecology and environment, which the country is already taking action to address.

By Paul Davies and Andrew Westgate

Addressing a car forum in Tianjin, Xin Guobin, Vice Minister of Industry and Information Technology, announced that the Chinese government is developing plans to follow in the footsteps of some European countries to phase out fossil fuel-powered vehicles. “Some countries have worked out a timetable to stop production and sales of traditional fuel vehicles. Now the Ministry of Industry and Information Technology has launched a study as well, and will work with related departments on a timetable for our country,” Xin said. A phase out of fossil fuel vehicles could have a significant impact on air quality in China, where reports suggest that as many as 1.6 million people die each year from health issues related to air pollution.

With nearly 200 million registered vehicles at the end of 2016, China has the world’s largest car market. New energy vehicles and electric vehicle (EV) batteries are playing an increasingly important role in Beijing’s plans to turn China into a high tech powerhouse. China also has the largest cumulative total of new energy vehicles, ahead of Europe and the United States, which have the second and third largest totals respectively. In 2016, 53% of the 774,000 electric cars sold worldwide were sold in China. In order to meet next year’s demand, forecasters say that China alone needs to make 750,000 new energy vehicles — exceeding the combined worldwide demand in 2016.

By Paul Davies and Andrew Westgate

Market research has long recognized China as the largest investor in its own domestic renewable energy industry. According to Bloomberg New Energy Finance, China invested US$102 billion in 2015 alone. However, a report by the Institute for Energy Economics and Financial Analysis (IEEFA) found that China’s dominance in renewables is rapidly growing overseas as well.

The report details China’s robust international investment activity. In 2016, for example, China made 11 outbound clean energy investments exceeding US$1 billion for a total of US$32 billion — a 60% increase from 2015. China also ranked as the fifth-largest investor in renewable energy projects in other emerging markets in 2016, totalling US$19.7 billion since 2005. However, according to the report, China still directs a majority of its investments in renewables towards the United States, Germany, and other developed countries.

The report also found that China currently accounts for one quarter of global renewable energy capacity and one third of all global investment in renewables. Chinese manufacturing has altered the economics of renewable power worldwide, making solar generation cost-competitive with electricity from fossil fuels such as coal and natural gas. As a result, official figures indicate that coal consumption, the main component of China’s carbon emissions, fell in 2016 for the third year running.

By Paul Davies and Rosa Espin

Spain is leading the fight against climate change with a proposed new Climate Change and Energy Transition Law.

The Spanish government regards climate change as one of the greatest challenges facing the country. Since 22 April 2016, the Paris Agreement (which sets out a global action plan to avoid climate change by limiting global warning to well below 2ºC), has been open for signature. Spain formally ratified the Paris Agreement in early 2017 and must now seek to implement measures to achieve the ambitious targets that it faces.

As an important consequence of these targets, in December last year the Spanish Climate Change Commission passed a proposal which urged the Government to develop a draft law on Climate Change and Energy Transition. This draft law will enable Spain to achieve its climate change and energy goals and promote competitiveness in the country. This proposed law is expected to regulate existing and future climate related measures, taking into account the climate change targets for the years 2030 and 2050.

By Paul Davies & Andrew Westgate

China’s National Development and Reform Commissions (NDRC) – the country’s chief economic planning body – announced that a “green certificates” program for solar and wind power will be launched beginning on July 1, 2017. The certificates issued by the program will be similar to the Renewable Energy Credits issued in the United States, and will each represent 1MW of electricity output from solar or wind generation.  The program will be initiated on a voluntary basis at first, and is expected to become mandatory in 2018. 

By Paul Davies

The launch of the Ecodesign Working Plan 2016-2019, covering the eco-design and energy labelling framework last month is another key milestone in the Commission’s plan to transition the EU to a more circular economy.

Key points to note from the Working Plan include:

  • The current state of play is that the Commission have adopted 28 Ecodesign Regulations, 16 Energy Labelling Delegated Regulations and three recognised Voluntary Agreements. A number of these regulations will be subject to review in 2019.
  • Going forward, the Commission shall publish a working plan outlining an indicative list of energy related product groups which will be considered priorities for the next three years.
  • Further measures to be adopted include: (i) an eco-design measure for heating and cooling products; (ii) an eco-design and energy-labelling measure on verification tolerances to improve product testing and reduce the scope for cheating; and (iii) a Recommendation for self-regulation to support industry in the pursuit of voluntary agreements as an alternative to regulation.

By Antonio Morales and Leticia Sitges

 Last month, the European Commission presented a package of measures, known as “the Winter Package”, to strengthen the EU’s competitiveness in adopting and leading the clean energy transition. In addition to promoting energy efficiency, the clean energy transition will continue to offer a wide range of investment opportunities. During 2015, the clean energy field attracted a record global investment of over €300 billion, six times the investment secured in 2004.

By Paul Davies and Andrew Westgate.

According to a recent report released by Clean Energy Pipeline, global clean energy backing in the first half of 2016 totalled US$116.4 billion. China was the largest investor, financing US$15.3 billion worth of solar and wind projects and accounting for nearly 30% of the world’s total solar and wind investment.

Yet despite its significant investment, the output of China’s push into renewable technologies continues to be limited by its grid system, and subsequent curtailment. Curtailment occurs when energy is available, but the operator does not allow that energy to be delivered to the grid because there is no demand and/or the energy cannot be stored. According to the central government, nearly 15% of wind-generated electricity went unused in 2015. Also contributing to this challenge is the disconnect between where energy is generated and where it is needed. As an example, in 2014, 46% of wind power curtailment was caused by a failure to use electricity generated in the province of Gansu.