– News

EnergyCC publishes UNU-WIDER's Second Report on The energy transition in Asia

May 15, 2020

Oil & Gas Industry

Etienne Romsom and Kathryn McPhail, authors of “The energy transition in Asia - Country priorities, fuel types, and energy decisions”, have published their second report with UNU-WIDER.

Abstract:

This paper provides an overview of the energy transition in Asia. It sets out the underlying drivers, and how these set energy transition priorities in China, India, and South East Asia (SEA). It particularly describes the role of (liquefied) natural gas in the growing energy demand and changing energy mix. A comparison is then made for each of the three regions on how four main fuel types (coal, oil, natural gas, and renewables) contribute differently to eight energy transition priorities. An analytical model is developed that links a ranking of energy transition priorities to an alignment with the four fuel types. The model determines which fuel types are most aligned with a certain set of energy transition priorities. The predicted alignment with fuel types appear to match the energy investment decisions well for China, India, and South East Asia.

 

Figure: Energy transition priorities differ across Asia

Note: spider diagram visualising the relative ranking of the energy transition priorities across the three regions China, India, and SEA.

 

Source

Share this article

Read Other News

Taking the Lead: Rechanneling SDRs to Create and Leverage a New Global Resilience Trust at the IMF

Sep 30, 2021 • Policy

The IMF should set up a Global Resilience Trust (GRT) without delay.

Read More
Gas and oil industry emissions – what could be done right now?

Oct 28, 2021 • Policy

Opportunities to benefit climate and increase fiscal revenues exist. Ahead of COP26, Oxford Policy Management discusses how producing countries can use technologies and increased regulation for global good.

Read More
Looking ahead to COP26

Oct 21, 2021 • Policy

The imperative to reduce the emissions associated with oil and gas production.

Read More