What is an energy system - Conclusion

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Mitigating CO2 Emissions: Energy Transition

Emphasizes the transition to renewables to mitigate CO2 emissions and discusses nuclear energy challenges, costs, and perspectives.

Energy Independence: Solutions for Switzerland's Future

Addresses Switzerland's need for energy independence and explores sustainable solutions through renewable energy and carbon management strategies.

Limits of Growth: Technological Progress and Sustainability

Examines the limits of growth concerning technological progress and sustainability, emphasizing energy consumption and ecological constraints.

Planetary Boundaries and Stranded Assets

Explores planetary boundaries and stranded fossil fuel assets' financial risks.

General Introduction to Energy Systems Modeling

Introduces the course 'Study and Analysis of Energy Systems' focusing on energy strategies and student involvement.

Energy Transition: Trends, Markets, and Challenges

Covers global energy challenges, the growth of renewables, energy security, unconventional fuels, and energy efficiency, highlighting the importance of renewable energy sources and energy storage applications.

A Carbon-Based Energy System: Energy Conversion and Renewable Energy

Covers the significance of energy in society, human energy needs, nature's gift of energy, and challenges in managing fossil-based energy systems.

Decarbonisation Challenges

Covers the urgent need for decarbonisation in energy supply, economics, and transition, emphasizing the risks and challenges ahead.

Energy System Modelling: Model Goals

Explores energy system modelling objectives, challenges, and cost-optimal infrastructure for achieving net zero CO2 emissions by 2050.

Energy Production and Usage

Discusses biodiversity loss, air pollution costs, sustainability goals, and climate crisis mitigation strategies.