As a quick reference guide, this section presents the list of basic components (see note below) from the EMTP libraries that are fully supported when the EMTP models are simulated in HYPERSIM. The components are organized in several tables following the order of the categories from the EMTP libraries. In all the tables, the first column indicates the name of the block in EMTP while the second column indicates the equivalent name of the component in HYPERSIM.

Control

Component in EMTP	Name in HYPERSIM
comparator	comparator
comparator (hysteresis)	comparator (hysteresis)
constant	Constant, float
deadband	deadband
detector	Rising edge detector
f(1/z)	Discrete Laplace transform
f(1/z) with limits	Discrete Laplace transform with limits
f(s)	Laplace transform
f(s) with limits	Laplace transform with limits
f(u)	Floating point constant
gain	Gain
hold	hold
hold (t0)	hold (t0)
input selector	input selector
integral	integral
integral with limits	integral with limits
limiter	limiter
loss	Gain
manual_switch	manual_switch
output selector	output selector
sampler	Direct sampler
signal generator	Floating point constant
sum	Weighted sum with gain
sum (weighted)	Weighted sum with gain
table function	Floating point constant
timer	Gain
tracker	Minimum sampler
truth table function	Floating point constant

Control Functions

Component in EMTP	Name in HYPERSIM
delayed pulse on rising-edge	delayed pulse on rising-edge
filter (LP-HP-BP-BS)	filter (LP-HP-BP-BS)
in-range detector	in-range detector
PI controller, dynamic	PI controller, dynamic
PI controller, fixed	PI controller, fixed
PID controller, dynamic	PID controller, dynamic
PID controller, fixed	PID controller, fixed
PLL	PLL
PLL, ideal	PLL, ideal
PWM, ramp reference	PWM, ramp reference
PWM, triangular reference	PWM, triangular reference
rising-instant detector	rising-instant detector
time-controlled pulse	time-controlled pulse

DC

Component in EMTP	Name in HYPERSIM
12-pulse blocking	12-pulse blocking
12-pulse commutation v	12-pulse commutation v
12-pulse doubling	12-pulse doubling
12-pulse fire	12-pulse fire
12-pulse fire, double pulsing	12-pulse fire, double pulsing
12-pulse generator	12-pulse generator
6 pulse Bridge	6 pulse Bridge
6-pulse blocking	6-pulse blocking
6-pulse commutation v	6-pulse commutation v
6-pulse doubling	6-pulse doubling
6-pulse fire	6-pulse fire
6-pulse fire, double pulsing	6-pulse fire, double pulsing
6-pulse generator	6-pulse generator

Flip-Flops

Component in EMTP	Name in HYPERSIM
D, falling clock	D, falling clock
D, falling clock, full	D, falling clock, full
D, rising clock	D, rising clock
D, rising clock, full	D, rising clock, full
D, unclocked	D, unclocked
D, unclocked, full	D, unclocked, full
J-K, falling clock	J-K, falling clock
J-K, falling clock, full	J-K, falling clock, full
J-K, rising clock	J-K, rising clock
J-K, rising clock, full	J-K, rising clock, full
J-K, unclocked	J-K, unclocked
J-K, unclocked, full	J-K, unclocked, full
S-R ideal, falling clock	S-R ideal, falling clock
S-R ideal, falling clock, full	S-R ideal, falling clock, full
S-R ideal, rising clock	S-R ideal, rising clock
S-R ideal, rising clock, full	S-R ideal, rising clock, full
S-R ideal, unclocked	S-R ideal, unclocked
S-R nand, falling clock	S-R nand, falling clock
S-R nand, falling clock, full	S-R nand, falling clock, full
S-R nand, rising clock	S-R nand, rising clock
S-R nand, rising clock, full	S-R nand, rising clock, full
S-R nand, unclocked	S-R nand, unclocked
S-R nand, unclocked, full	S-R nand, unclocked, full
S-R nor, falling clock	S-R nor, falling clock
S-R nor, falling clock, full	S-R nor, falling clock, full
S-R nor, rising clock	S-R nor, rising clock
S-R nor, rising clock, full	S-R nor, rising clock, full
S-R nor, unclocked	S-R nor, unclocked
S-R nor, unclocked, full	S-R nor, unclocked, full
S-R ideal, unclocked, full	S-R ideal, unclocked, full
T, falling clock	T, falling clock
T, falling clock, full	T, falling clock, full
T, rising clock	T, rising clock
T, rising clock, full	T, rising clock, full
T, unclocked	T, unclocked
T, unclocked, full	T, unclocked, full
universal	universal

Lines

Component in EMTP	Name in HYPERSIM
Cable Data	Cable Data
CP double circuit line	Constant param, 6-ph
CP line/cable 3-phase	Constant param, 3-ph
Line Data	Line Data
WB line/cable fitter	Wideband line/cable fitter

Load Models

Component in EMTP	Name in HYPERSIM
PQ load (RLC)	Grounded series parallel RLC filter

Meters

Component in EMTP	Name in HYPERSIM
012 Sequences : Current	012 Sequences : Current
012 Sequences : Voltage	012 Sequences : Voltage
Current i(t)	I measurement, 1ph
Current i(t), 3-phase	I measurement, 3ph
Positive sequence Current	Positive sequence Current
Positive sequence Voltage	Positive sequence Voltage
Power : P(t)	Power : P(t)
Power : P(t) and Q(t)	Power : P(t) and Q(t)
Power : P(t) and Q(t), 3-phase	Power : P(t) and Q(t), 3-phase
Power : P(t), 3-phase	Power : P(t), 3-phase
Power : Q(t)	Power : Q(t)
Power : Q(t), 3-phase	Power : Q(t), 3-phase
RMS Current	RMS Current
RMS Voltage	RMS Voltage
Voltage v(t)	V measurement, 1ph
Voltage v(t), 3-phase	V measurement, 3ph
Zero sequence Current	Zero sequence Current
Zero sequence Voltage	Zero sequence Voltage

Non-Linear

Component in EMTP	Name in HYPERSIM
R nonlinear	Series nonlinear R

Phasors

Component in EMTP	Name in HYPERSIM
instantaneous to phasor	instantaneous to phasor
instantaneous to polar	instantaneous to polar
instantaneous to xy	instantaneous to xy
phasor add	phasor add
phasor angle difference	phasor angle difference
phasor angle sum	phasor angle sum
phasor conjugate	phasor conjugate
phasor conjugate multiply	phasor conjugate multiply
phasor divide	phasor divide
phasor magnitude product	phasor magnitude product
phasor magnitude ratio	phasor magnitude ratio
phasor multiply	phasor multiply
phasor resize	phasor resize
phasor rotate	phasor rotate
phasor subtract	phasor subtract
phasor to frame	phasor to frame
phasor to polar	phasor to polar
phasor to x	phasor to x
phasor to xy	phasor to xy
phasor to y	phasor to y
polar conjugate	polar conjugate
polar conjugate multiply	polar conjugate multiply
polar divide	polar divide
polar multiply	polar multiply
polar resize	polar resize
polar rotate	polar rotate
polar to phasor	polar to phasor
polar to xy	polar to xy
polar to xy (3-phase)	polar to xy (3-phase)
xy add	xy add
xy resize	xy resize
xy rotate	xy rotate
xy subtract	xy subtract
xy to phasor	xy to phasor
xy to polar	xy to polar
xy to polar (3-phase)	xy to polar (3-phase)
xy to polar (detailed)	xy to polar (detailed)

Pseudo-Devices

Component in EMTP	Name in HYPERSIM
bus-to-abc	bus-to-abc
Control signal connector	Control signal conector
Control_IN	Control_IN
Control_OUT	Control_OUT
Neutral	Neutral
Node connector	Node connector, 1ph
Node connector 3-phase	Node connector, 3-ph
Page Conn Bundle	Page Connector, control bundle
Page Conn output signal	Page Connector, control output
Page Conn Power Signal	Page Connector, Power Signal
Port_Bundle	Subcircuit port, Bundle
Port_In	Subcircuit port, control input
Port_Out	Subcircuit port, control output
Port_Power east	Subcircuit port, power signal
Port_Power west	Subcircuit port, power signal

RLC Branches

Component in EMTP	Name in HYPERSIM
Ground	Ground
PI line 3-phase	PI section, 3ph
RL coupled	Series coupled RL
RLC	Series RLC
RLC : C non polarized	Series C
RLC : C polarized	Series C
RLC : L	Series L
RLC : L-C	Series LC
RLC : R	Series R
RLC : R-L	Series R-L
RLC : R-L-C	Series R-L-C

Switches

Component in EMTP	Name in HYPERSIM
Controlled 3-phase breaker	Circuit breaker, 3-ph

Transformations

Component in EMTP	Name in HYPERSIM
3-ph to dq0	3-ph to dq0
3-ph to pos sequence (polar)	3-ph to pos sequence (polar)
3-ph to pos sequence (xy)	3-ph to pos sequence (xy)
3-ph to sequences (polar)	3-ph to sequences (polar)
3-ph to sequences (xy)	3-ph to sequences (xy)
3-ph to zero sequence (polar)	3-ph to zero sequence (polar)
3-ph to zero sequence (xy)	3-ph to zero sequence (xy)
average (period)	average (period)
dq0 to 3-ph	dq0 to 3-ph
harmonic (xy)	harmonic (xy)
harmonic (xy, polar, rms)	harmonic (xy, polar, rms)
harmonic THD	harmonic THD
ic for first period	ic for first period
integral (period)	integral (period)
power P	power P
power p(t)	power p(t)
power Q	power Q
power q(t)	power q(t)
rms	rms
sequences to 3-ph (polar)	sequences to 3-ph (polar)
sequences to 3-ph (xy)	sequences to 3-ph (xy)

Transformers

Component in EMTP	Name in HYPERSIM
ideal unit	2 winding, 1-ph ideal
Nonideal unit	Nonideal unit
YgDD nameplate input O	3 winding, w/sat
ZigZag grounding	ZigZag grounding
ZigZag grounding no g	ZigZag grounding no g

HYPERSIM Documentation

EMTP | List of Compatible Components