Wind Energy Operation and Control: Issues, Solutions, and Future Developments: Wind Energy Engineering
Editat de Baseem Khan, Salah Kamel, Francisco Jurado Melguizoen Limba Engleză Paperback – iul 2025
- Presents recent work in the optimization and control of wind power plants
- Covers trends and future developments in wind energy applications
- Addresses the evolution towards smart, intelligent, and adaptable technology
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Specificații
ISBN-13: 9780443214639
ISBN-10: 0443214638
Pagini: 400
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
Seria Wind Energy Engineering
ISBN-10: 0443214638
Pagini: 400
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
Seria Wind Energy Engineering
Cuprins
Part 1: Basics and general introduction
1. Introduction to wind power generation and dynamics.
2. Types of wind energy generation
3. Trends in wind technology: Installation trends, technology trends, performance trends, cost trends
Part 2: Different types of wind energy generation technologies, issues, and developments
4. Technical barriers associated with wind energy generation
5. Offshore and onshore wind generation: Basics, issues, and developments
6. Distributed wind generation: Basics, issues, and development
7. Land-based wind generation: Basics, issues and development
8: Offshore wind, current status, perspectives, and challenges
Part 3: Wind energy generation system development, operation and control issues with solution techniques
9. Wind energy potential prediction using Artificial Intelligence (AI) techniques
10: Artificial Intelligence (AI) techniques for wind energy operation and control problems
11: Resource assessment and characterization of wind energy generation systems
12: Next-generation wind technology
13: Testing and certification for wind energy generation circuitry
14: Developments in grid integration of wind energy generation systems and coordination
15: Optimization of wind energy generation and associated issues
16: Energy management in wind energy generation systems
17: Flexibility enhancement in wind energy generation systems
18: Developments in protection schemes in wind energy generation systems
Part 4: Impacts of wind energy
19: Environmental impacts and siting of wind projects
20: Negative impacts of wind power generation on the main power grid and controlling
21: Impact of high wind penetration on power grid Part 5: Modeling and development of wind energy projects
22: Simulation codes and design tools for wind energy generation systems
23: Development of wind energy projects, planning, optimization layouts, and barriers
24: Conclusion: Wind energy operation and control
1. Introduction to wind power generation and dynamics.
2. Types of wind energy generation
3. Trends in wind technology: Installation trends, technology trends, performance trends, cost trends
Part 2: Different types of wind energy generation technologies, issues, and developments
4. Technical barriers associated with wind energy generation
5. Offshore and onshore wind generation: Basics, issues, and developments
6. Distributed wind generation: Basics, issues, and development
7. Land-based wind generation: Basics, issues and development
8: Offshore wind, current status, perspectives, and challenges
Part 3: Wind energy generation system development, operation and control issues with solution techniques
9. Wind energy potential prediction using Artificial Intelligence (AI) techniques
10: Artificial Intelligence (AI) techniques for wind energy operation and control problems
11: Resource assessment and characterization of wind energy generation systems
12: Next-generation wind technology
13: Testing and certification for wind energy generation circuitry
14: Developments in grid integration of wind energy generation systems and coordination
15: Optimization of wind energy generation and associated issues
16: Energy management in wind energy generation systems
17: Flexibility enhancement in wind energy generation systems
18: Developments in protection schemes in wind energy generation systems
Part 4: Impacts of wind energy
19: Environmental impacts and siting of wind projects
20: Negative impacts of wind power generation on the main power grid and controlling
21: Impact of high wind penetration on power grid Part 5: Modeling and development of wind energy projects
22: Simulation codes and design tools for wind energy generation systems
23: Development of wind energy projects, planning, optimization layouts, and barriers
24: Conclusion: Wind energy operation and control