 Introduction  Problem formulation  Characteristics of prime mover-generator  Model of economic dispatch and its solution  Economic dispatch considering line loss  Gradient method  Newton method  Dynamic programming  Co-dispatch of thermal and hydro plants

Chapter Six Monopoly : Market Power 垄断：市场力 Chapter 7 Monopolistic Competition (垄断竞争市场) Chapter 8 Oligopoly (寡头市场) Chapter 9 Game Theory

Game theory 1 Classic models of oligopoly Game theory 2 Dynamic models of oligopoly Product differentiation Identifying and measuring market power Ch. 8 Classic models of oligopoly Ch. 9 game theory 2 Ch. 10 dynamic models of oligopoly • Reaching an agreement • Stronger, swifter, more certain • Dynamic games • Supergames • Factors that influence the sustainability of collusion • Facilitating practices • Antitrust and collusion • Summary Ch. 11 product differentiation • What is product differentiation? • Monopolistic competition • Bias in product selection • Address models • Strategic behavior • Oligopoly equilibrium in vertically differentiated markets • Summary Ch. 12 Identifying and measuring market power • Structure, conduct, and performance • The new empirical industrial organization • The NEIO and SCP: a summing up • Summary

Ch.4 Market power and dominant firms Chapter 5. Non-linear pricing and price discrimination Ch. 6 Market power and product quality • Search goods • Experience goods and quality • Signaling high quality • Summary

14-6 Effective values and power The effective or rms value of the function f(t) is

Example 2: (p175-12) resistor, capacitor, and voltage source=100cos300n are all in series. If the average power dissipated by the resistor is 150W and the rms capacitor voltage is 10v, determine R and C

sinusoidal voltage: V =V29 A sinusoidal current: I= We define the complex powerS=vi=V∠9,I∠-9 =V∠,-=V∠=+ jVI sin=P+j P=VIcos 9 --active(average) power

We assume=Im cos(t+a)i=Im cos(ot+B) The phase angle by which the voltage leads

68.1Introduction 68.2 Early Analysis Programs Load Flow (Power Flow). Fault Analysis. Transient Stability. Fast Transients. Reliability. Economic Dispatch and Unit Commitment 68.3 The Second Generation of Programs Graphics Protection Other Uses for Load Flow Analysis

64.1 Transformer Construction The Transformer Core. Core and Shell Types. Transformer windings. Taps 64.2 Power Transformer Modeling The Three-Winding Ideal Transformer Equivalent Circuit. A Practical Three-Winding Transformer Equivalent Circuit. The