IEEE Power & Energy Magazine - Spanish - March/April 2022 - 15

metodología coherente para valorar
las FED de manera justa y considerar
las contribuciones asociadas a la
red. Mencionan la importancia de esta
metodología a la hora de incentivar la
implementación de FED, promover el
tratamiento justo y brindar apoyo para
lograr los objetivos públicos más amplios
de los legisladores. Además, hablan
en detalle de sus aprendizajes y
concluyen que se necesita un desarrollo
continuo para establecer modelos operativos,
dar apoyo a las interacciones
con clientes mediante señales de los
servicios públicos y promover la participación.
En
" Licitaciones para alternativas
sin cables " , Ali Golriz, Inna Vilgan,
Hamza Mortage, Fahimeh Kazempour
y Mohamed Ahmed exploran la manera
en la que los mecanismos de licitaciones
pueden facilitar las transacciones
para permitir los proyectos de NWA,
incluyendo identificar las partes involucradas
en las transacciones, descubrir
precios rentables y guiar la asignación
de recursos. Las licitaciones normalmente
tienen procesos abiertos, justos
y transparentes (que preservan la privacidad)
que pueden disminuir los costos
de las transacciones y otras barreras de
entrada para los participantes. Este enfoque
beneficia a las partes pequeñas
al usar nuevas tecnologías con menos
recursos financieros frente a otras más
grandes o mejor establecidas.
Los autores muestran el
rendimiento
de una licitación de NWA en
la zona sur de la Región de York, parte
del Área mayor de Toronto en Ontario,
Canadá, y evalúan los procesos que un
operador del sistema de distribución
puede usar para administrar las FED
como NWA, con particular atención
puesta en las consideraciones de confiabilidad
y la coordinación con los
mercados mayoristas. Exponen que
un operador del sistema de distribución
puede usar los mecanismos de
licitación en el nivel de la distribución
para administrar proyectos de NWA y
crear un mercado abierto, justo, competitivo
y transparente, y de esta manera
bajar los costos de participación
y demás barreras de entrada.
marzo/abril 2022
Dennis Michaelson
y
Jin
Jiang
presentan un resumen del estado de
las centrales de reactores modulares
pequeños y su rol en las microrredes
aisladas de energías renovables en " Integración
de reactores modulares pequeños
a las microrredes independientes
basadas en energías renovables " Si
bien es un tema totalmente diferente a
las NWA basadas en FED, el rol que los
reactores modulares pequeños pueden
tener pronto en los sistemas de las microrredes
aisladas podría ser revolucionario
para administrar la variabilidad
®
Intelligent * Intuitive * Instantaneous
Efficient Modeling
· Utility scale and Distributed Generation
· Transmission
· Distribution
· Commercial / Industrial
Powerful Analysis
· ANSI and IEC Short Circuit
· Protective Device Coordination
· Power Flow
· Arc Flash - OSHA Compliant Up to 800 kV
· Harmonics
· Grounding
· And More!
As Easy As
.5 .6
1000
800
600
500
400
300
200
TX-2
1 / 1.288 MVA
13.8 - 0.48 kV
6%
100
80
60
50
40
30
20
BL-1
10
8
6
R
R
4
5
2
3
GE MVT-Plus
Sensor = 1600
GE MVT-Plus
Plug =
Plug = 1600
Cur Set = 1.1 (1760A)
LT Band = 1
= 1.1 (1760A)
LT Band = 1
STPU = 2.5 (4400A)
ST Delay = Int
ST Delay I²t = Out
Override = 50000A
M-1
STPU = 2.5 (4400A)
ST Delay = Int
ST Delay I²t = Out
Override = 50000A
1
.8
BL-3
.4
.5
.5
.4
.3
.2
.2
GE MVT-9
GE MVT-9
Plug =
Sensor = 800
Plug = 800
Cur Set = 0.5 (400A)
LT Band = 1
Inst = 4 (3200A)
LT Band = 1
.1
.08
.06
.05
.04
.03
.02
PANEL
PANEL
PANEL
.01
.5 .6
.8
1
2
3
4
5 6 7 8 9 10
2
3
4
5 6 7 8 9 100
2
3
4
5 6 7 8 9 1000
CURRENT IN AMPERES X 100 AT 480 VOLTS
2
3
4
.08
BL-5
Cutler Hammer Series C
HFD
Serie
Frame = 225A (150AT)
Trip = 150
BL-3
29249A
.03
BL-5
20574A
.01
5 6 7 8 9 10000
.02
BL-1
18627A
C-6
1 - 400 kcmil CU
TX-2
1000 / 1288 kVA
INRUSH
400 kcmil CU
.2
.2
.8
.6
BL-5
C-H HFD
225/150
2
3
10
8
6
4
5
REFINER
SWG-4
REFINER
SWG-4
MCC-1
MCC-1
MCC-1
MCC-2
PNL-1
PNL-2
1
.8
.6
.4
.5
.5
.4
.3
TX-2
1000 / 1288 kVA
6%
BL-1
GE AKR-50
1600/1760
BL-3
GE AKR-30H
800/400
.8
1
2
3
4
5 6 7 8 9 10
CURRENT IN AMPERES X 100 AT 480 VOLTS
2
3
TX-2
FLA
4
5 6 7 8 9 100
2
3
4
5 6 7 8 9 1000
2
3
4
5 6 7 8 9 10000
1000
800
600
500
400
300
200
100
80
60
50
40
30
20
BUS-3
BUS-7
M-1
MAIN SWG
13.8
13.8
3.8
2.4
3.8
2.4
0.48
0.48
Arc Fault
Bus Name
Arc Fault
Bus kV
Upstream
Trip Device
Name
R-6
R-7
0.48 BL-3
R-18
R-7
R-6
R-7
R-6
0.48 BL-2
0.48 BL-3
0.208 FS-2
0.48 BL-2
0.48 BL-2
0.208
PNL-1
51/50
51/50
51/50
51/50
51/50
Upstream
Trip Device
Function
51/50
51/50
Equip Type
Open Air
Open Air
Other
Switchgear
Switchgear
Switchgear
Electrode
Configuration
VOA
VOA
HCB
VCB + HCB
VCB + HCB
VCB + HCB
Switchgear VCB + HCB
Switchgear VCB + HCB
MCC
MCC
MCC
MCC
Panel
Panel
VCB
VCB
VCB
VCB
VCB
VCB + HBB
Electrode
Gap
(mm)
152
152
32
152
104
32
25
25
25
25
25
Est Arc Flash
Boundary
(inches)
32.1
30.5
189.3
261.9
213.2
53.6
53.1
53.6
53.1
48.2
57.8
+
+
Working
Distance
(inches)
26
26
+ 18
+
+
Incident
Energy
(cal/cm2
1.7
1.5
31.6 + 18 3.8
59.3
18 122.8
18
135.1
+ 18
+ 18
+ 18
+ 18
+
18 7.1
6.9
6.9
6.8
6.8
57.8 + 18 7.7
+ 18
18 7.1
7.7
)
· Easy to Learn
· Easy to Use
.1
.08
.06
.05
.04
· Fast Results
Try instantly online or download a free demo copy at:
www.EasyPower.com/demo
®
Power made easy.
ieeepower & energy magazine
15
TIME IN SECONDS
IN SECON
17.58 1.90
18.71
0.15
TIME IN SECONDS
IN SECON
24.13
19.48
4' - 0 "
6.0
0.48
3' - 6 "
1' - 0 "
Arc Flash and Shock Risk Hazard
Appropriate PPE Required
Flash Hazard Boundary
cal/cm2 at 18 inches - Arc Flash Incident Energy
kV Shock Hazard when cover is removed
Limited Approach
Restricted Approach
Equipment Name: SWG-4
VALID FOR NORMAL SYSTEM CONFIGURATION ONLY
quipment Name: SWG-4
(Fed By: 18A)
Arc Flash and Shock Risk Hazard
Appropriate PPE Required
4' - 0 "
6.0
0.48
3' - 6 "
1' - 0 "
Flash Hazard Boundary
cal/cm2 at 18 inches - Arc Flash Incident Energy
Arc-rated shirt and arc rated pants or arc rated coverall
kV Shock Hazard when cover is removed
Limited Approach
Restricted Approach
Equipment Name: MCC-23A (Fed By: 27B)
VALID FOR NORMAL SYSTEM CONFIGURATION ONLY
http://www.EasyPower.com/demo

IEEE Power & Energy Magazine - Spanish - March/April 2022

Table of Contents for the Digital Edition of IEEE Power & Energy Magazine - Spanish - March/April 2022

Contents
IEEE Power & Energy Magazine - Spanish - March/April 2022 - Cover1
IEEE Power & Energy Magazine - Spanish - March/April 2022 - Cover2
IEEE Power & Energy Magazine - Spanish - March/April 2022 - Contents
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 2
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 3
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 4
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 5
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 8
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 9
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 12
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 15
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 18
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 42
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 49
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 50
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 57
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 58
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 76
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 77
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 78
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 79
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 90
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 97
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IEEE Power & Energy Magazine - Spanish - March/April 2022 - 100
IEEE Power & Energy Magazine - Spanish - March/April 2022 - 101
IEEE Power & Energy Magazine - Spanish - March/April 2022 - Cover3
IEEE Power & Energy Magazine - Spanish - March/April 2022 - Cover4
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