Browse by: "2022"

With the world in the midst of the first global energy crisis – triggered by Russia’s invasion of Ukraine – the World Energy Outlook 2022 (WEO) provides indispensable analysis and insights on the implications of this profound and ongoing shock to energy systems across the globe.

Based on the latest energy data and market developments, this year’s WEO explores key questions about the crisis: Will it be a setback for clean energy transitions or a catalyst for greater action? How might government responses shape energy markets? Which energy security risks lie ahead on the path to net zero emissions?

The WEO is the energy world’s most authoritative source of analysis and projections. This flagship publication of the IEA has appeared every year since 1998. Its objective data and dispassionate analysis provide critical insights into global energy supply and demand in different scenarios and the implications for energy security, climate targets and economic development.

This year’s edition of the World Energy Investment report provides a full update on the investment picture in 2021 and full-year estimates of the outlook for 2022. It examines how investors are assessing risks and opportunities across all areas of fuel and electricity supply, critical minerals, efficiency and research and development, against a backdrop of uncertainties over how events will play out in 2022, namely the ongoing war in Ukraine, the outlook for the global economy, and in some countries the continuing public health risks from the pandemic.

The report focuses on some important features of the new investment landscape which are already visible, including the energy security lens through which many investments are now viewed, widespread cost pressures, the major boost in revenues that high fuel prices are bringing to traditional suppliers, and burgeoning expectations in many countries that investments will be aligned with solutions to the climate crisis.

The inaugural edition of the World Energy Employment Report is – to the best of our knowledge – the first comprehensive inventory of the global energy workforce.

The report presents new estimates of the size and distribution of the labour force, across regions and technologies, and increases the granularity on the number of workers along the entire energy value chain. This includes fossil fuel and bioenergy production; power sector generation, transmission, distribution and storage; and end uses, including vehicles and energy efficiency for buildings and industry. It also details segments of the value chain where these jobs are located, including raw materials, manufacturing, construction, utilities, and wholesale, as well as how many are employed for building new projects versus operating existing energy facilities, which includes those working in operating and maintenance of plants. It also provides estimates for emerging segments for energy, including clean energy innovation.

This mapping can serve as a much-needed foundation for global energy decision makers, and provides important insights about the potential opportunities and impacts to labour markets under different drivers, particularly the transitions to clean energy, as well as shifting or development of supply chain capacities. How these labour markets evolve will be explored in depth by scenarios presented in our World Energy Outlook series.

Across the OECD, enormous effort and investment has been made to reinforce the quality, production and use of education research in policy and practice. Despite this, using research in education remains a challenge for many countries and systems. The OECD launched the Strengthening the Impact of Education Research project to respond to this challenge.

This publication reports on the first phase of the project. It maps the various structures, processes, actors and relationships that reinforce the quality, production and use of education research in policy and practice. The publication brings together leading experts who provide insights into recent research and international experience gathered from both policy and practice, including from other sectors such as health, agriculture and environment.

The publication provides a first set of analyses of data collected from over 30 systems through an OECD survey. It describes the mechanisms used to facilitate research use in education policy and practice, and the levels of engagement of various actors in these processes. By mapping the drivers of, and barriers to, using research systematically and at scale, the publication sets out an agenda for future inquiry. It can be a resource for policy makers, educational leaders, teachers and the research community.

Uzbekistan’s broad economic reforms were expanded to cover energy in 2019 when the government launched a multiphase transition from the state-owned and -operated and subsidised energy sector model to competitive gas, oil and electricity markets with significant private-sector participation and cost-covering energy prices.

The reform plans to diversify the country’s energy supply, which domestic natural gas continues to dominate in all sectors, including transport. Natural gas exports will be phased out by 2025 and the gas will be used increasingly to expand petrochemicals production, while Uzbekistan’s significant but unexploited solar and wind resources will be harnessed to help build a cleaner power sector to 2030. While energy use per capita is low, the country’s economy remains one of the most energy-intensive in the world, and massive potential remains to improve energy efficiency through incentives and mandates.

This report is intended to help guide Uzbekistan towards a more secure, sustainable and efficient energy future.It proposes several ways to support the government in its reform efforts. The gradual transition to competitive markets and withdrawal of subsidies should be accompanied by support measures for those most in need. For the reform to succeed, an independent and well-resourced energy regulator is also necessary. Furthermore, the financial imbalances in the state-owned energy companies must be addressed and their re emergence avoided.

For the long term, as Uzbekistan’s population, cities and economy are projected to grow strongly, a cross-sectoral approach is required to limit the increase in energy demand and energy-related greenhouse gas emissions.

Did you ever wonder what the impact of climate change will be on our educational institutions in the next decade? What does it mean for schools that our societies are becoming more individualistic and diverse?

Trends Shaping Education is a triennial report examining major economic, political, social and technological trends affecting education. While the trends are robust, the questions raised in this book are suggestive, and aim to inform strategic thinking and stimulate reflection on the challenges facing education.

This 2022 edition covers a rich array of topics related to economic growth, living and working, knowledge and power, identity and belonging and our physical world and human bodies and interactions. It includes a specific focus on the impact of COVID‑19 on global trends, and new futures thinking sections inviting readers to reflect on how the future might differ from our current expectations.

This book is designed to give policy makers, researchers, educational leaders, administrators and teachers a robust, non-specialist source of international comparative trends shaping education, whether in schools, universities or in programmes for older adults. It will also be of interest to students and the wider public, including parents.

A wide range of countries make efforts to track their entire national public energy research, development and demonstration (RD&D) activity on an ongoing basis, also sharing the collected data with the IEA through a standardised template. However, the approaches adopted to collect data vary significantly across countries.

This roadmap describes the variety of country approaches, also identifying the most important common components: the institutional arrangements; the methods for collecting, classifying and validating the data; the data management and technology processes; and, finally, the dissemination. It is intended not only as a guide for countries near the beginning of their journeys towards the collection of energy RD&D, but also for countries with more advanced systems looking to strengthen specific areas.

The roadmap is the product of interviews held with representatives of 20 governments between November 2021 and March 2022, and it is indebted to their generosity in sharing their experiences with tracking national energy RD&D spending. Case studies based on the interviews are used to highlight noteworthy methods, while complete national systems descriptions are included in the annex. It is hoped that this publication will serve as a reference and inspiration for experts in this important area of tracking clean energy transitions and that new experiences can be added in the future.

Acceleration of clean energy innovation, supported by effective innovation policies, is critical for achieving net-zero emissions by 2050, and the technology development in the business sector will be to success. As their ambitions for technological change rise, governments are increasingly asking how they can measure the performance of their energy innovation systems, prioritise technologies and benchmark progress internationally. However, in most countries, information about private energy innovation is much less readily available and less reliable than that for the public sector. In addition, the available approaches to filling this gap have never before been compiled in a single place.

By presenting a wide variety of different approaches to tracking clean energy innovation in the business sector, this Overview demonstrates that governments and other analysts already have a range of practical options open to them. For example, the wealth of existing experience with surveys of business sector innovation, including R&D, has been applied to questions of energy by several countries. The different approaches that have been followed provide invaluable insights into their advantages, as well as the main challenges of gathering reliable energy-related innovation data from the private sector. These challenges can include the need for upfront investment, institutional capacity building and consistent classification of technologies. However, the advantages in terms of policy-relevant insights can outweigh the drawbacks, especially when data is complemented by other sources of quantitative and qualitative information.

In the last 20 years, the People’s Republic of China (hereafter, “China”) has strengthened its position on the global stage as an energy innovator, as illustrated by the stories of solar power and, more recently, electric mobility. This is the result of several decades of increasing policy focus on technology innovation, which underpin China’s ambitions to become a producer of knowledge and foster innovation-driven socio-economic development. Looking forward, clean energy innovation will play a crucial role to achieve China’s objectives of carbon peaking by 2030 and neutrality by 2060, and ranks among core government priorities for the 14th Five-Year Plan period (2021-2025).

This report builds on the IEA Energy Sector Roadmap to Carbon Neutrality in China chapter on “Innovation for carbon neutrality”, and provides complementary and new analysis and information. It maps the institutional and policy landscape of clean energy innovation in China and shows trends for selected metrics to track and explain progress of technology development.