Power System Optimization: Large-scale Complex Systems Approaches - Hardcover

Über die Autorin bzw. den Autor

Haoyong Chen, Professor and Assistant Dean, School of Electric Power, South China Univ. of Technology, China. Chen is a Senior IEEE Member. He was the first to apply the cooperative co-evolutionary algorithm to power system unit commitment and expand it to the areas of power system optimal planning/operation, oligopolistic electricity market simulation and analysis. He has been working in this area since 1995 with his research mainly concentrating in the areas of power system planning/operation/control, electricity market modelling/simulation/analysis, and smart grids. Chen has been leading a couple of China national scientific and technology research projects. He has published over 30 peer-reviewed journal paper and 4 books in Chinese. He also works closely with Chinese power companies.
 
Dr. Yongjun Zhang, Associate Professor, School of Electric Power, South China Univ. of Technology, China. His main research fields include power system operation analysis and control, voltage and reactive power optimization, power system reliability and risk assessment and power system energy saving assessment and planning. He has published some well cited papers in the authoritative international and Chinese journals. In particular, he has many experiences in solving practical engineering problems concerning reactive power optimization.
 
Dr. Honwing Ngan, of Department of Electrical Engineering, The Hong Kong Polytechnic University, Hong Kong.

Von der hinteren Coverseite

POWER SYSTEM OPTIMIZATION
LARGE-SCALE COMPLEX SYSTEMS APPROACHES

A consolidation of recent advances and research, this book addresses the issues of power system optimization based on large-scale complex systems approaches. This book gathers approaches from different disciplines such as systems engineering, operations research, and microeconomics. The vast topics of power system optimization are presented in a unified manner, which include: power system planning, operation, reactive power optimization, and electricity markets.

• Presents a new and systematic viewpoint of large-scale complex systems approaches for power system optimization
• Provides timely and important insights that can be used for smart grids
• Covers a range of topics and applications from different disciplines like systems engineering, systems operations and optimization, and microeconomics

Written by a pioneer of large-scale complex systems approaches, Power System Optimization: Large-scale Complex Systems Approaches is a timely reference for power system planners and operators, as well as advanced students of power engineering.

Aus dem Klappentext

POWER SYSTEM OPTIMIZATION
LARGE-SCALE COMPLEX SYSTEMS APPROACHES

A consolidation of recent advances and research, this book addresses the issues of power system optimization based on large-scale complex systems approaches. This book gathers approaches from different disciplines such as systems engineering, operations research, and microeconomics. The vast topics of power system optimization are presented in a unified manner, which include: power system planning, operation, reactive power optimization, and electricity markets.

• Presents a new and systematic viewpoint of large-scale complex systems approaches for power system optimization
• Provides timely and important insights that can be used for smart grids
• Covers a range of topics and applications from different disciplines like systems engineering, systems operations and optimization, and microeconomics

Written by a pioneer of large-scale complex systems approaches, Power System Optimization: Large-scale Complex Systems Approaches is a timely reference for power system planners and operators, as well as advanced students of power engineering.