- Thermodynamics - Heat transfer

- Understand and analyze different renewable energy sources from a thermal perspective, identifying their characteristics and energy potential. - Develop the ability to evaluate and quantify the energy potential of renewable sources for various thermal applications. - Master the basics of thermochemistry applied to renewable energy systems, with special focus on thermal conversion processes. - Analyze and design thermodynamic cycles for diverse renewable energies, including power cycles, heat pumps, and cogeneration and trigeneration systems. - Learn how to select, size, and configure renewable heat and cold systems, as well as geothermal technologies. - Design energy solutions that make the best use of renewable resources through efficient thermal transformations, including cogeneration and trigeneration systems.

General overview of renewable energies, thermal systems, and energy uses. Thermochemistry applied to renewable energies. Thermodynamic cycles applied to renewable energy. Power cycles, heat pumps, and absorption chillers. Generation of renewable heat and cold. Cogeneration and trigeneration. Geothermal energy.

- Theory lectures - Practical lectures - Numerical laboratory session in computer room - Experimental laboratory - Mid-term and final exams - Deliverable work of the students