发电、运行与控制

出版时间:2003-12   出版时间:清华大学出版社   作者:伍德   页数:569  
封面图片

发电、运行与控制
内容概要

本系列教材的读者对象为信息技术学科和电气工程学科所属各专业的本科生,同时兼顾其他工程学科专业的本科生或研究生。本系列教材,既可采用作为相应课程的教材或教学参考书,也可提供作为工作于各个技术领域的工程师和技术人员的自学读物。
作者简介

Allen J.Wood:美国Rensselaer Polytechnic Institute电力工程研究生部客座教授,Power Technologien,Inc.(纽约)资深独立顾问。曾任美国电气及电子工程师学会(IEEE)电力工程教育委员会主席。
书籍目录

Perface
to
the
Second
EditionPreface
to
the
First
Edition1
Introduction
1.1
Purpose
of
the
Course
1.2
Coures
Scope
1.3
Economic
Importance
1.4
Problems:New
ang
Old
Further
Reading2
Characteristics
of
Power
Generation
Units
2.1
Characteristics
of
Steam
Units
2.2
Variations
in
Steam
Unit
Characteristics
2.3
Cogeneration
Plants
2.4
Hight-Water
Moderated
Nuclear
Reactor
Units
2.5
Hydroelectric
Units
Appendix:Typical
Generation
Data
References3
Economic
Dispatch
of
Thermal
Units
and
Methods
of
Solution
3.1
The
Economic
Dispatch
Problem
3.2
Thermal
System
Dispatching
with
Network
Losses
Considered
3.3
The
Lambda-Iteration
Method
3.4
Gradient
Methods
of
Economic
Dispatch
3.5
Newton's
Method
3.6
Economic
Dispatch
with
Piecewise
Linear
Cost
Functions
3.7
Economic
Dispatch
Using
Dynamic
Programming
3.8
Base
Point
and
Participation
Factors
3.9
Economic
Dispatch
Versus
Unit
Commitment
Appendix
3A:Optimization
within
Constraints
Appendix
3B:Dynamic-Programming
Applications
Problems
Further
Reading4
Transmission
System
Effects
4.1
The
Power
Flow
Problem
and
Its
Solution
4.2
Transmission
Losses
Appendix:Power
Flow
Input
Data
for
Six-Bus
System
Problems
Further
Reading5
Unit
Commitment
5.1
Introduction
5.2
Unit
Commitment
Solution
Methods
Apendix:Dual
Optimization
on
a
Nonconvex
Problem
Problems
Further
Reading6
Generation
with
Limited
Energy
Supply
6.1
Introduction
6.2
Take-or-Pay
Fuel
Supply
Contract
6.3
Composite
Generation
Production
Cost
Function
6.4
Solution
by
Gradient
Search
Techniques
6.5
Hard
Limits
and
Slack
Variables
6.6
Fuel
Scheduling
by
Linear
Programming
Appendix:Linear
Programming
Problems
Further
Reading7
Hydrothermal
Coordination
7.1
Introduction
7.2
Hydroelefctric
Plant
Models
7.3
Scheduling
Problems
7.4
The
Short-Term
Hydrothermal
Scheduling
Problem
7.5
Short-Term
Hyrdo-Scheduling:A
Gradient
Approach
7.6
Hydro-Units
in
Series
(Hydraulically
Coupled)
7.7
Pumped-Storage
Hydroplants
7.8
Dynamic-Programming
Solution
to
the
Hydrothermal
Scheduling
Problem
7.9
Hydro-Schedulint
Using
Linear
Programming
Appendix:Hydro-Scheduling
with
Storage
Limitations
Problems
Further
Reading8
Production
Cost
Models
8.1
Introduction
8.2
Uses
and
Types
of
Production
Cost
Programs
8.3
Probabilistic
Production
Cost
Programs
8.4
Sample
Computation
and
Exercise
Appendix:Probability
Methods
and
Uses
in
Generatio
Planning
Problems
Further
Reading9
Control
of
Generation
9.1
Introduction
9.2
Generator
Model
9.3
Load
Model
9.4
Prime-Mover
Model
9.5
Governor
Model
9.6
Tie-Line
Model
9.7
Generation
Control
Problems
Further
Reading
10
Interchange
of
Power
and
Energy
10.1
Introduction
10.2
Economy
Interchange
between
Interconnected
Utilities
10.3
Interutility
Economy
Energy
Evaluation
10.4
Interchange
Evaluation
with
Unit
Commitment
10.5
Multiple-Utility
Interchange
Transactions
10.6
Other
Types
of
Interchange
10.7
Power
Pools
10.8
Transmission
Effects
and
Issues
10.9
Transactions
Involving
Nonutility
Parties
Problems
Further
Reading11
Power
System
Security
11.1
Introduction
11.2
Factors
Affecting
Power
Sysytem
Security
11.3
Contingency
Analysis:Detection
of
Network
Problems
Appendix
11A:Calculation
of
Network
Sensitivity
Factors
Appendix
11B:Derivation
of
Equation
11.14
Problems
Fruther
Reading12
An
Introduction
to
State
Estimation
in
Power
Systems
12.1
Introduction
12.2
Power
System
State
Estimation
12.3
Maximum
Lidelihood
Weighted
Least-Squares
Estimation
12.4
State
Estimation
of
an
AC
Network
12.5
State
Estimation
by
Orthogonal
Decomposition
12.6
An
Introduction
to
Advanced
Topics
in
State
Estimation
12.7
Application
of
Power
Systems
State
Estimation
Appendix:Derivation
of
Least-Squares
Equations
Problems
Further
Reading13
Optimal
Power
Flow
13.1
Introduction
13.2
Solution
of
the
Optimal
Power
Flow
13.3
Linear
Sensitivity
Analysis
13.4
Linear
Programming
Methods
13.5
Security-Constrained
Optimal
Power
Flow
13.6
Interior
Point
Algorithm
13.7
Bus
Incremental
Costs
Problems
Further
Reading
Appendix:About
the
SoftwareIndex

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电气工程
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