Overview

History shows that energy transitions can have dramatic impacts. The Agricultural Revolution of the Neolithic period and the Industrial Revolution of the 19th and 20th centuries were both essentially energy revolutions that utterly transformed human society and the economy. We are in the early stages of a new transition to clean energy. This transition is both an urgent necessity to achieve net zero carbon emissions by mid-century and limit damage from climate change, as well as a historic opportunity to create an energy system that is cleaner, cheaper, more secure, and more equitable than the fossil fuel-based system of today.

INET Oxford is actively conducting research on the technologies that are driving this transition, the policies that are key to enabling and accelerating it, and the impacts this transition is likely to have. Examples include work on better forecasting the progress, cost declines, and deployment of key clean energy technologies (e.g., solar, wind, batteries), understanding the impacts of the transition on the macroeconomy, jobs, and the financial system, and assessments of which policies have been most effective in driving the transition. Our researchers are also analysing the most effective and efficient ways to transition away from fossil fuels, for example carbon taxation, coal phaseouts, and policies on energy finance.

Related Projects

Recent Publications

Sept 2024
INET Working Paper
Aug 2024
Journal
The need for better statistical testing in data-driven energy technology modeling
in Joule
Lennart Baumgärtner ,  Rupert Way ,  Matthew Ives ,  J. Doyne Farmer
Aug 2024
Journal
Climate policies that achieved major emission reductions: Global evidence from two decades
in Science
Annika Stechemesser ,  Nicolas Koch ,  Ebba Mark ,  Elina Dilger ,  Patrick Klösel ,  Laura Menicacci ,  Daniel Nachtigall ,  Nolan Ritter ,  Moritz Schwarz ,  Helena Vossen ,  Anna Wenzel
Aug 2024
Journal
A blueprint for energy systems in the era of central bank digital currencies
in Technological Forecasting and Social Change
Iacopo Savelli ,  Cameron Hepburn ,  Thomas Morstyn
Jul 2024
Journal
Jul 2024
Journal
Co-financing and infrastructure project outcomes in Chinese lending and overseas development finance
in World Development
Yangsiyu Lu ,  Cecilia Springer ,  Bjarne Steffen
Jun 2024
Journal
May 2024
Journal
Can the UK achieve net zero greenhouse gas emissions by 2050?
in National Institute Economic Review
David F. Hendry ,  Jennifer L. Castle
May 2024
INET Working Paper
No. 2023-17 - The Economics of Coal Phaseouts
Sugandha Srivastav ,  Michael Zaehringer
Apr 2024
Report
Power sector futures in China: A multi-model approach to understanding China’s carbon-neutral pathways and power sector reform
Arabella Miller-Wang ,  Hongyu Zhang ,  Peter Barbrook-Johnson ,  Yixuan Zhang ,  Pim Vercoulen ,  Femke Nijsse ,  Yuyan Weng ,  Simon Sharpe ,  Jean-Francois Mercure ,  Michael Grubb ,  Xiliang Zhang
Apr 2024
Journal
Turning a groundswell of climate action into ground rules for net zero
in Nature Climate Change
Thomas Hale ,  Thom Wetzer ,  Selam Kidane Abebe ,  Myles Allen ,  Amir Amel-Zadeh ,  John Armour ,  Kaya Axelsson ,  Ben Caldecott ,  Lucilla Dias ,  Sam Fankhauser ,  Benjamin Franta ,  Cameron Hepburn ,  Kennedy Mbeva ,  Lavanya Rajamani ,  Steve Smith ,  Rupert Stuart-Smith
Apr 2024
Journal
Accelerating carbon neutrality in China: Sensitive intervention points for the energy and transport sectors in Beijing and Hong Kong
in Journal of Cleaner Production
Sum Yue Chang ,  Matthew Ives ,  Myles R. Allen ,  Jay R.S. Doorga ,  Yuan Xu

Who's Involved