电力市场的经济运动及其数学方法 英文

1 (p1): Chapter 1 Electricity Markets and Preliminaries of Mathematics
1 (p2): 1.1 Electricity Market
1 (p3): 1.1.1 Deregulation and reformation of power industry
2 (p4): 1.1.2 Competitive structure of electricity market
3 (p5): 1.1.3 Concerned issues in electricity market
6 (p6): 1.2 Conditional Value-at-Risk (CVaR)
6 (p7): 1.2.1 CVaR concept
7 (p8): 1.2.2 CVaR calculation
8 (p9): 1.3 Semismooth Function and Nonlinear Complementarity Problem
8 (p10): 1.3.1 Clarke generalized Jacobian
9 (p11): 1.3.2 Semismooth function
10 (p12): 1.3.3 Nonlinear complementarity problem(NCP)
12 (p13): 1.3.4 A reformulated system of equations for general nonlinear optimization
16 (p14): 1.4 Semismooth Newton Method for Nonsmooth Equations
16 (p15): 1.4.1 Local semismooth Newton method
16 (p16): 1.4.2 Global semismooth Newton method
18 (p17): 1.5 Smoothing Newton Method for Nonsmooth Equations
18 (p18): 1.5.1 Smoothing technology
20 (p19): 1.5.2 Smoothing Newton method
21 (p20): 1.6 Notes and Comments
23 (p21): Chapter 2 Available Transfer Capability on Market Environment
23 (p22): 2.1 Available Transfer Capability(ATC)
24 (p23): 2.2 Semismooth Newton Method for ATC Calculation
24 (p24): 2.2.1 New ATC model
26 (p25): 2.2.2 Smoothing Newton method
30 (p26): 2.2.3 Smoothing decoupled Newton algorithm
42 (p27): 2.3 Contract-Based ATC Region(ATCR)
43 (p28): 2.3.1 ATCR model with single-contract
44 (p29): 2.3.2 ATCR model with multi-contracts
44 (p30): 2.3.3 Quadratic approximation for ATCR boundary
46 (p31): 2.3.4 Approach and visualization of ATCR
46 (p32): 2.4 Numerical Examples
46 (p33): 2.4.1 Examples for ATC calculation
49 (p34): 2.4.2 Examples for ATCR calculation
55 (p35): 2.5 Notes and Comments
57 (p36): Chapter 3 Optimal Power Flow Based on Newton-type Methods
57 (p37): 3.1 Optimal Power Flow(OPF)
58 (p38): 3.2 Decoupled Optimal Power Flow Approach
59 (p39): 3.2.1 Reformations of KKT systems
62 (p40): 3.2.2 Convergent analysis for decoupled OPF
69 (p41): 3.3 Semismooth Newton…