ELECTRIMACS 2024
portes grátis
ELECTRIMACS 2024
Selected Papers - Volume 2
Belenguer, Enrique; Beltran, Hector
Springer Nature Switzerland AG
05/2026
310
Dura
Inglês
9783032148360
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Chapter 1. A dynamic model of redox flow batteries with solid boosters.- Chapter 2. A preliminary assessment of Dynamic Thermal Rating estimation with temperature nowcasting on embedded devices.- Chapter 3. Alternatives to the use of PLL in grid following converters.- Chapter 4. An enhanced single-diode model of photovoltaic panels for SPICE simulations.- Chapter 5. Apparent-Impedance-Derived State-Space Models of DFIG-based Wind Parks.- Chapter 6. Clustering for typical periods identification in the multi-objective design of Renewable Energy Communities: analyzing quality versus value.- Chapter 7. Co-identification procedure of equivalent circuit model of batteries from short-term experiments.- Chapter 8. Comparison between Conical and Axial Flux Structures of High-Speed Permanent Magnet Synchronous Machines.- Chapter 9. Concentrated winding by quarter for electric boat.- Chapter 10. Data-driven modelling of the irradiance and temperature effect on the photovoltaic model parameters.- Chapter 11. Day-ahead prediction of the automatic Frequency Reserve Restoration utilization energy in the Spanish power system.- Chapter 12. Deep Learning based Heat controller for domestic appliances.- Chapter 13. Electric Vehicle Presence Prediction for Model Predictive Control in Home Energy Management Systems.- Chapter 14. Energy Management of a Zero-Emission Hybrid FC/Battery/Ultracapacitor Ship Using Model Predictive Control.- Chapter 15. Exploring Battery Sizes and Environmental Impact for Sustainable Electric Mobility Understanding.- Chapter 16. Fast response energy storage systems for marine applications.- Chapter 17. Fault analysis of power systems dominated by Power Electronic Interfaced Devices.- Chapter 18. Gradient Boosting-Based Model for Photovoltaic Power Prediction Using Local and Satellite-BasedWeather Data.- Chapter 19. Impact of PLL Bandwidth onWeak Grids Stability during VSC Rectifier and Inverter Operation.- Chapter 20. Improved nonlinear control method of a rotating diode synchronous generator voltage.- Chapter 21. Incremental Capacity Vs. Voltage Curves Efficacy to Diagnose State-Of-Health in Lithium-Ion Batteries with Machine Learning Algorithms.- Chapter 22. Long-term electrical demand forecasting for new shore power applications: A scenario analysis perspective.- Chapter 23. Metaheuristic Approaches to Electric Bus Fleet Charging.- Chapter 24. Methodology for solving nonlinear Plant/Controller optimization problems with a broad time horizon: Application to solar home.- Chapter 25. Observer-Based Flux Controller for Synchronous Reluctance Motor Including Magnetic Saturation.- Chapter 26. Real-time validation of a multi-energy microgrid with dynamic energy management system.- Chapter 27. Robust power control using active disturbance rejection controller for floating offshore wind turbines.- Chapter 28. Sensitivity analysis study of the life cycle assessment of a PHEV considering battery aging.- Chapter 29. Simulation of aerodynamic transients of wind turbines using only their power coefficient expression.- Chapter 30. Small-signal Dynamics on a Converter-Based Energy Island.- Chapter 31. Smart energy management using fuzzy logic rule-based algorithm for hybrid fuel cell/battery/supercapacitor powered naval underwater vehicles.- Chapter 32. Smart Energy Management: Finite Set Model Predictive Control Algorithm for Supercapacitor and Fuel Cell Power Sharing in an OEWIM Configuration.- Chapter 33. Stability Limits of a Grid-Connected Three-Phase PWM Rectifier with Regard to Load Current Variations.- Chapter 34. Stabilizing Constant Power Loads in DC Microgrids Through a Dynamical Voltage Source Behaviour of Source DC-DC Converters.- Chapter 35. State-of-Charge and temperature effects of lithium-ion battery impedance model.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Control of electrical systems;Fuel cell systems;Simulation of power electronics systems;Modeling of electromagnetic devices;Simulation of electromagnetic devices;Smart grids;Modeling power electronic systems;Power management of electrical systems;Microgrids;Energy storage systems;Wireless power transfer
Chapter 1. A dynamic model of redox flow batteries with solid boosters.- Chapter 2. A preliminary assessment of Dynamic Thermal Rating estimation with temperature nowcasting on embedded devices.- Chapter 3. Alternatives to the use of PLL in grid following converters.- Chapter 4. An enhanced single-diode model of photovoltaic panels for SPICE simulations.- Chapter 5. Apparent-Impedance-Derived State-Space Models of DFIG-based Wind Parks.- Chapter 6. Clustering for typical periods identification in the multi-objective design of Renewable Energy Communities: analyzing quality versus value.- Chapter 7. Co-identification procedure of equivalent circuit model of batteries from short-term experiments.- Chapter 8. Comparison between Conical and Axial Flux Structures of High-Speed Permanent Magnet Synchronous Machines.- Chapter 9. Concentrated winding by quarter for electric boat.- Chapter 10. Data-driven modelling of the irradiance and temperature effect on the photovoltaic model parameters.- Chapter 11. Day-ahead prediction of the automatic Frequency Reserve Restoration utilization energy in the Spanish power system.- Chapter 12. Deep Learning based Heat controller for domestic appliances.- Chapter 13. Electric Vehicle Presence Prediction for Model Predictive Control in Home Energy Management Systems.- Chapter 14. Energy Management of a Zero-Emission Hybrid FC/Battery/Ultracapacitor Ship Using Model Predictive Control.- Chapter 15. Exploring Battery Sizes and Environmental Impact for Sustainable Electric Mobility Understanding.- Chapter 16. Fast response energy storage systems for marine applications.- Chapter 17. Fault analysis of power systems dominated by Power Electronic Interfaced Devices.- Chapter 18. Gradient Boosting-Based Model for Photovoltaic Power Prediction Using Local and Satellite-BasedWeather Data.- Chapter 19. Impact of PLL Bandwidth onWeak Grids Stability during VSC Rectifier and Inverter Operation.- Chapter 20. Improved nonlinear control method of a rotating diode synchronous generator voltage.- Chapter 21. Incremental Capacity Vs. Voltage Curves Efficacy to Diagnose State-Of-Health in Lithium-Ion Batteries with Machine Learning Algorithms.- Chapter 22. Long-term electrical demand forecasting for new shore power applications: A scenario analysis perspective.- Chapter 23. Metaheuristic Approaches to Electric Bus Fleet Charging.- Chapter 24. Methodology for solving nonlinear Plant/Controller optimization problems with a broad time horizon: Application to solar home.- Chapter 25. Observer-Based Flux Controller for Synchronous Reluctance Motor Including Magnetic Saturation.- Chapter 26. Real-time validation of a multi-energy microgrid with dynamic energy management system.- Chapter 27. Robust power control using active disturbance rejection controller for floating offshore wind turbines.- Chapter 28. Sensitivity analysis study of the life cycle assessment of a PHEV considering battery aging.- Chapter 29. Simulation of aerodynamic transients of wind turbines using only their power coefficient expression.- Chapter 30. Small-signal Dynamics on a Converter-Based Energy Island.- Chapter 31. Smart energy management using fuzzy logic rule-based algorithm for hybrid fuel cell/battery/supercapacitor powered naval underwater vehicles.- Chapter 32. Smart Energy Management: Finite Set Model Predictive Control Algorithm for Supercapacitor and Fuel Cell Power Sharing in an OEWIM Configuration.- Chapter 33. Stability Limits of a Grid-Connected Three-Phase PWM Rectifier with Regard to Load Current Variations.- Chapter 34. Stabilizing Constant Power Loads in DC Microgrids Through a Dynamical Voltage Source Behaviour of Source DC-DC Converters.- Chapter 35. State-of-Charge and temperature effects of lithium-ion battery impedance model.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Control of electrical systems;Fuel cell systems;Simulation of power electronics systems;Modeling of electromagnetic devices;Simulation of electromagnetic devices;Smart grids;Modeling power electronic systems;Power management of electrical systems;Microgrids;Energy storage systems;Wireless power transfer
