This volume analyses the energy industry for the following geographical units: America - divided into North America (Canada + USA) and Central and South America -, the Middle East and South Asia, East Asia and Oceania. The key energy-economic indicators for each region and country and their development, are illustrated in numerous graphs and energy flow diagrams. Based on this analysis, the author recommends a distribution of emission reductions necessary to limit climate change (for the 2°C and 1.5°C climate goals, with a perspective up to 2050).

The continents covered in this volume collectively account for 77% of emissions. Europe + Eurasia and Africa will be addressed in volume I.

Content:

• Energy industry analysis (population, energy supply, GDP and emissions)
• Updated energy flows
• Energy and CO2 intensity of energy, CO2 sustainability indicator
• CO2 emissions and scenarios for achieving the 2-degree and 1.5-degree goals
• Detailed data from countries in the Americas, the Middle East, and South Asia, as well as countries in East Asia and Oceania

Target audience:

• Professionals and decision-makers in companies, politics, associations, and national as well as international institutions
• Lecturers and students in the fields of energy economics, energy and environmental engineering, and politics
• Interested laypersonsThe author:

Professor emeritus Valentin Crastan, after practical and managerial roles in energy technology companies, was appointed as a professor of energy systems and control engineering at the Bern University of Applied Sciences, in Biel. Additionally, he served for nine years as the dean of the Department of Electrical and Communication Engineering.

The translation was done with the help of artificial intelligence. A subsequent human revision was done primarily in terms of content.

Autorentext

Professor emeritus Valentin Crastan, after practical and managerial roles in energy technology companies, was appointed as a professor of energy systems and control engineering at the Bern University of Applied Sciences, in Biel. Additionally, he served for nine years as the dean of the Department of Electrical and Communication Engineering.