Group for the Research on Renewable Energy Systems

Affiliated Research areas

  • Naval/marine engineering
  • Chemical engineering, technical chemistry
  • Mechanical engineering
  • Propulsion engineering, e.g. hydraulic, turbo, piston, hybrid engines

Scientific Areas

  • Not available

Keywords

  • Exergy methods
  • Renewable energy
  • Smart Energy Systems
  • Desalination-Energy
  • Smart Energy Systems
  • Renewable energy
  • Desalination-Energy
  • Energy Planning

Summary

- Technology, markets and systems with energy storage and mobility/ Technology, Markets, and Systems with Energy Storage and Mobility: Plans and Markets with Energy Storage Systems. Electrochemical storage systems. Pumped storage and integration of renewable energies. Hydrogen storage. Gravitational storage. Behind-the-meter storage. Emerging technologies for long-term storage. Sustainable transport and mobility. Electric vehicle and charging infrastructures. Energy transition agendas. Energy communities. Life Cycle Analysis in industries, processes, and energy systems.
- Sustainable Energy/Exploitation and Sustainable Management of Energy: Sustainable management of the territory-energy nexus. Assessment of geothermal potential and its capacity for integration into energy systems. Modeling and simulation of electrical systems with high penetration of renewable energies. Energy demand management. Sustainable buildings. Biofuels. Green hydrogen. Social and economic impact of 100% sustainable energy systems
- Smart energy systems (Smart Energy Systems): -Smart strategies development for the energy management of different systems.
- Desalination and renewable energies: Renewable energy-driven desalination technologies. - Emerging technologies for water treatment. - Circular economy in water desalination. Waste valorization. - Efficiency of membrane processes.
- Exergy methods in the evaluation of the energy efficiency of processes and facilities. (Exergy Methods Applied to the Evaluation of the Energetic Efficient of Energy Systems): Application of conventional and advanced methodologies to all kind of energy systems: Thermal plants, renewable energies, desalination, refrigeration, chemical and industrial processes.
- Solar Energy (Solar Energy): - Measurement, analysis and solar resource assessment.
- Isolated and interconnected micro-redes: - Technological components of micro-grids. Micro-grids with stand-alone and normal interconnected renewable generation. Distributed generation technologies.
- Territorial Planning of Renewable Energies / Territorial Planning of Renewable Energy: - Analysis of territorial restrictions on renewable energies.
- Wind energy (Wind Energy): - Measurement and wind analysis. Long-term wind estimation and short-term forecast.
- Marine renewable energies: - Analysis and resource assessment.
- Resilient energy systems (Resilient Energy Systems): This line of research promotes increased resilience and security in the energy sector and other dependent systems through the analysis of these systems.

Contact info

Cabrera Santana, Pedro Jesús

Members