POWER SYSTEM ANALYSIS
2019-02-26 10:50:43 0 举报AI智能生成
电力系统分析
作者其他创作
大纲/内容
TYPES OF CONDUCTORS
AAC
AAAC
ACSR
子主题
The Synchronous Machine
THREE-PHASE GENERATION
self/mutual inductances
SYNCHRONOUS REACTANCE
EQUIVALENT CIRCUITS
POWER CONTROL
REACTIVE
REAL
LOADING CAPABILITY DIAGRAM
THE TWO-AXIS MACHINE MODEL
transient analysis
SALIENT-POLE MACHINE
VOLTAGE EQUATIONS
Park's transformation
TRANSIENT AND SUBTRANSIENT
EFFECTS
EFFECTS
SHORT-CIRCUIT CURRENTS
SERIES IMPEDANCE
OF TRANSMISSION LINES
OF TRANSMISSION LINES
TYPES OF CONDUCTORS
AAC
AAAC
ACSR
子主题
RESISTANCE
CONDUCTOR
AN ISOLATED CONDUCTOR
INDUCTANCE DUE TO INTERNAL FLUX
FLUX LINKAGES BETWEEN TWO POINTS EXTERNAL
ONE CONDUCTOR IN A GROUP
FLUX LINKAGES
INDUCTANCE
INDUCTANCE OF A SINGLE-PHASE TWO-WIRE LINE
INDUCTANCE OF COMPOSITE-CONDUCTOR LINES
INDUCTANCE OF THREE-PHASE LINES WITH EQUILATERAL SPACING
INDUCTANCE CALCULATIONS FOR BUNDLED CONDUCTORS
THE USE OF TABLES
CURRENT AND VOLTAGE RELATIONS ON A TRANSMISSION LINE
REPRESENTATION OF LINES
TRANSMISSION LINE
THE SHORT TRANSMISSION LINE
THE MEDIUM-LENGTH LINE
THE LONG TRANSMISSION LINE
OLUTION OF THE DIFFERENTIAL EQUATIONS
INTERPRETATION OF THE EQUATIONS
HYPERBOLIC FORM OF THE EQUATIONS
THE EQUIVALENT CIRCUIT OF A LONG LINE
POWER FLOW THROUGH A TRANSMISSION LINE
REACTIVE COMPENSATION OF TRANSMISSION LINES
Series compensation
Shunt compensation
TRANSMISSION LINE TRANSIENTS
TRANSIENT ANALYSIS
TRAVELING WAVES
REFLECTIONS
DIRECT-CURRENT TRANSMISSION
Basic Concepts
SINGLE -/DOUBLE-SUBSCRIPT NOTATION
POWER
POWER CALCULAION
SINGLE PHASE
BALANCED THREE PHASE
COMPLEX POWER
THE POWER TRIANGLE
DIRECTION OF POWER FLOW
real power P
absorb P>0 load
supply P<0 source
reactive power Q
absorb Q>0 lagging
supply Q<0 leading
VOLTAGE AND CURRENT
PER- UNIT QUANTITIES
BASE CHANGING
NODE EQUATIONS
martix
DIAGRAM
SINGLE-LINE OR ONE-LINE
DIAGRAM
DIAGRAM
IMPEDANCE AND REACTANCE
DIAGRAMS
DIAGRAMS
Transformers
THE IDEAL TRANSFORMER
infinite permeability
confined flux
no losses
MAGNETICALLY COUPLED COILS
A SINGLE- PHASE TRANSFORMER
EQUIVALENT CIRCUIT
simplified
Voltage regulation
A SINGLE- PHASE TRANSFORMER
THREE-PHASE TRANSFORMERS
Y-/△-CONNECTED
EQUIVALENT CIRCUITS
simplified
PHASE SHIFT
AUTOTRANSFORMER
THREE-WINDING TRANSFORMERS
PER-UNIT IMPEDANCES
TAP-CHANGING TRANSFORMERS
Load-tap-changing TR(LTC)
tap-changing-under-load TR(TCUL)
REGULATING TRANSFORMERS
PER-UNIT COMPUTATIONS
CAPACITANCE OF TRANSMISSION LINES
ELECTRIC FIELD
A LONG, STRAIGHT CONDUCTOR
Gauss's law
POTENTIAL DIFFERENCE
BETWEEN TWO POINTS DUE TO A CHARGE
CAPACITANCE
CAPACITANCE OF A TWO-WIRE LINE
CAPACITANCE OF A THREE-PHASE LINE WITH EQUILATERAL SPACING
CAPACITANCE OF A THREE-PHASE LINE WITH UNSYMMETRICAL SPACING
CAPACITANCE OF THREE-PHASE TRANSMISSION LINES
EFFECT OF EARTH
CAPACITANCE CALCULATIONS FOR BUNDLED CONDUCTORS
PARALLEL-CIRCUIT THREE-PHASE LINES
GMD method
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