Wind Energy Operation and Control : Issues, Solutions, and Future Developments (Wind Energy Engineering)

個数：

予約

Wind Energy Operation and Control : Issues, Solutions, and Future Developments (Wind Energy Engineering)

Khan, Baseem (EDT)/ Kamel, Salah (EDT)/ Melguizo, Francisco Jurado (EDT)

ウェブストア価格 ¥38,522（本体¥35,020）
Academic Press Inc（2025/07発売）
外貨定価 US$ 190.00
ポイント 350pt

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製本 Paperback:紙装版/ペーパーバック版／ページ数 400 p.
言語 ENG
商品コード 9780443214639

Full Description

Wind Energy Operation and Control: Issues, Solutions, and Future Developments provides deep insights into the critical issues of wind power generation and the integration of wind energy in electricity grids, offering an interdisciplinary approach that enables readers to overcome current barriers and to understand future opportunities. As part of the Elsevier Wind Energy Engineering Series, this book is a valuable resource for researchers, academics, and advanced students with an interest in wind energy, operation and control, grid integration, power systems, and renewable energy, as well as practitioners, industry personnel, and policy makers working in the wind energy sector.

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