After completing the course, the student can
- demonstrate detailed knowledge of sustainable energy production methods, including technical principles of solar, wind, geothermal, and bioenergy systems.
- understand the operational challenges and technological advancements related to renewable energy integration into energy grids.
- explain the role of energy storage in balancing renewable energy supply and demand fluctuations.
- perform calculations for energy efficiency, capacity, and performance of renewable energy systems (e.g. related to solar panel energy output, wind turbine potential, or life-cycle emissions).
- analyze case studies of renewable energy projects and propose improvements based on sustainability criteria.
- design a simple sustainable energy solution for small-scale application, considering energy needs, availability of resources, and sustainability criteria.
- collaborate in small teams to interpret energy data, present findings, and propose strategies for optimizing energy usage and storage.
- critically assess the feasibility and scalability of different sustainable energy technologies.
The course significantly advances students´ understanding of sustainable production, distribution and utilization of energy, and promotes life-long learning.
In addition, the course develops
- problem-solving and decision-making skills (e.g. comparison of energy sources, responsibility, economy),
- analytical and critical thinking skills (e.g. interpretation of energy production and consumption statistics),
- communication skills: oral and written expression (exercises), and
- general skills related ethics, responsibility and sustainability (production, distribution and utilization of energy).
