Explores residential energy demand analysis, modeling, and forecasting, emphasizing the importance of understanding consumption patterns and forecasting future demand.
Addresses the major world challenge of primary energy consumption and the impact of CO2 emissions on global warming, local pollution, and loss of diversity.
Explores the IPAT formula, analyzing environmental impact factors like population, affluence, and technology, and discusses strategies for meeting CO₂ emissions targets.
Addresses the need for significant CO2 intensity reduction to achieve climate targets while examining the interplay between economic growth and carbon emissions.
Covers energy management in industrial processes, focusing on energy analysis, performance indicators, and economic implications of energy consumption.
Delves into the intricate dynamics of energy geopolitics, including oil production, trade flows, CO2 emissions, and the environmental consequences of energy consumption.
Explores IPAT and Kaya concepts to decouple environmental impacts from affluence, discussing CO2 emissions, growth rates, relationships between variables, and necessary reductions.
