Advances in Renewable Energies and Power Technologies

<p>1. Biomass: Some Basics and Biogas<br>2. Simulation models of biomass thermochemical process for the prediction of the potential energetic through gasification<br>3. Biomass gasification for power generation applications: a modelling, economic and experimental study<br>4. Fuel Cells: Concepts and Operating Principles<br>5. On the Modelling and Control of a Photovoltaic- Fuel Cell Hybdrid Energy System<br>6. Geothermal Power<br>7. Deployment of Renewable Energy Systems: Barriers, Challenges and Opportunities<br>8. Optimal Sizing and Designing of Hybrid Renewable Energy Systems in Smart Grid Applications<br>9. Grid-connected microgrids: demand management via distributed control and human-in-the-loop optimization<br>10. Distributed generation energy, in relation to renewable energy: Principle, techniques, cases studies<br>11. Virtual Inertia for Power Converters Control<br>12. Electric and hybrid vehicle drives and smart grid interfacing<br>13. Machine Learning Techniques for Data Classification<br>14. Telecommunication Technologies for Smart Grids: Total Cost Optimization<br>15. Smart Manufacturing In a SoSe Perspective</p>