Course modules:
1. The physical and chemical principles of converting various forms of energy into heat;
2. The physical and chemical principles of converting various forms of energy directly into electrical energy;
3. Environmental aspects of alternative energy.
Competencies, knowledge, skills and understanding to be acquired by the student:
- acquiring knowledge of the characteristics and features of non-conventional energy sources using modern methods of non-conventional energy;
- mastering methods for calculating alternative energy installations and assessing their efficiency;
- the ability to analyse the impact of alternative energy installations on the environment (life cycle assessment, emissions, land use, noise, visual impact, impact on wildlife);
- understanding of the principles of environmental safety in the manufacture, operation and disposal of alternative energy equipment (solar panels, wind turbines, bioreactors, heat pumps).
Learning results:
- Ability to demonstrate knowledge of the engineering, technical and software aspects of typical alternative energy installations in a professional context; to carry out, either independently or as part of a team of specialists, the calculation, development and design of alternative energy installations;
- To carry out an environmental and economic assessment of the feasibility of replacing traditional energy sources with alternative ones, taking into account local and global environmental impacts;
- Assess the reduction in carbon footprint and the overall environmental impact when implementing alternative energy systems;
- Take into account the requirements of environmental legislation, EIA (Environmental Impact Assessment) standards and the principles of the circular economy at all stages of a power plant’s life cycle.