##############################################################################
############################# USER DEFINED SETTINGS ############################
# OVERPOWER ELEMENT SETTINGS ##################################################
#
# SELECT THE ANALOG POWER OPERATING QUANTITY FOR THE OVERPOWER ELEMENT
# FOR LINE 1 REAL POWER, SET PMV01 := PMV11
# FOR LINE 1 REACTIVE POWER, SET PMV01 := PMV13
# FOR LINE 2 REAL POWER, SET PMV01 := PMV17
# FOR LINE 2 REACTIVE POWER, SET PMV01 := PMV19
# FOR COMBINED LINE 1 + LINE 2 REAL POWER, SET PMV01 := PMV22
# FOR COMBINED LINE 1 + LINE 2 REACTIVE POWER, SET PMV01 := PMV23
#
PMV01 := PMV11 # OPERATING QUANTITY
PMV02 := 200.000000 # PICKUP SETTING IN W OR VAR SECONDARY, USE POSITIVE NUMBER FOR POSITIVE POWER FLOW, USE NEGATIVE NUMBER FOR REVERSE POWER FLOW
PMV03 := 60.000000 # PICKUP DELAY IN CYCLES
PMV04 := 0.000000 # DROPOUT DELAY IN CYCLES
PSV01 := 1 # TORQUE CONTROL FOR OVERPOWER ELEMENT, SET TO 0 TO TURN OFF OVERPOWER ELEMENT
#SER
# UNDERPOWER ELEMENT SETTINGS #################################################
#
# SELECT THE ANALOG POWER OPERATING QUANTITY FOR THE UNDERPOWER ELEMENT
# FOR LINE 1 REAL POWER, SET PMV05 := PMV11
# FOR LINE 1 REACTIVE POWER, SET PMV05 := PMV13
# FOR LINE 2 REAL POWER, SET PMV05 := PMV17
# FOR LINE 2 REACTIVE POWER, SET PMV05 := PMV19
# FOR COMBINED LINE 1 + LINE 2 REAL POWER, SET PMV05 := PMV22
# FOR COMBINED LINE 1 + LINE 2 REACTIVE POWER, SET PMV05 := PMV23
#
PMV05 := PMV13 # OPERATING QUANTITY
PMV06 := -200.000000 # PICKUP SETTING IN W OR VAR SECONDARY, USE POSITIVE NUMBER FOR POSITIVE POWER FLOW, USE NEGATIVE NUMBER FOR REVERSE POWER FLOW
PMV07 := 60.000000 # PICKUP DELAY IN CYCLES
PMV08 := 0.000000 # DROPOUT DELAY IN CYCLES
PSV02 := 1 # TORQUE CONTROL UNDERPOWER ELEMENT, SET TO 0 TO TURN OFF UNDERPOWER ELEMENT
#
##############################################################################
############################# POWER CALCULATIONS ##############################
##############################################################################
#
# LINE 1 THREE PHASE REAL POWER IN W SECONDARY
PMV10 := VAYM * IAWM * COS(VAYA - IAWA) + VBYM * IBWM * COS(VBYA - IBWA)
PMV11 := PMV10 + VCYM * ICWM * COS(VCYA - ICWA)
#
# LINE 1 THREE PHASE REACTIVE POWER IN VAR SECONDARY
PMV12 := VAYM * IAWM * SIN(VAYA - IAWA) + VBYM * IBWM * SIN(VBYA - IBWA)
PMV13 := PMV12 + VCYM * ICWM * SIN(VCYA - ICWA)
#
# LINE 1 THREE PHASE APPARENT POWER IN VA SECONDARY
PMV14 := SQRT(PMV11 * PMV11 + PMV13 * PMV13)
#
# LINE 1 POWER FACTOR IN PU
PMV15 := PMV11 / PMV14
#
# LINE 2 THREE PHASE REAL POWER IN W SECONDARY
PMV16 := VAZM * IAXM * COS(VAZA - IAXA) + VBZM * IBXM * COS(VBZA - IBXA)
PMV17 := PMV16 + VCZM * ICXM * COS(VCZA - ICXA)
#
# LINE 2 THREE PHASE REACTIVE POWER IN VAR SECONDARY
PMV18 := VAZM * IAXM * SIN(VAZA - IAXA) + VBZM * IBXM * SIN(VBZA - IBXA)
PMV19 := PMV18 + VCZM * ICXM * SIN(VCZA - ICXA)
#
# LINE 2 THREE PHASE APPARENT POWER IN VA SECONDARY
PMV20 := SQRT(PMV17 * PMV17 + PMV19 * PMV19)
#
# LINE 2 POWER FACTOR IN PU
PMV21 := PMV17 / PMV20
#
# COMBINED LINE 1 + LINE 2 THREE PHASE POWER
PMV22 := PMV11 + PMV17 # REAL POWER COMBINED IN W SECONDARY
PMV23 := PMV13 + PMV19 # REACTIVE POWER COMBINED IN VAR SECONDARY
PMV24 := SQRT(PMV22 * PMV22 + PMV23 * PMV23) # APPARENT POWER MAGNITUDE COMBINED IN VA SECONDARY
PMV25 := PMV22 / PMV24 # COMBINED POWER FACTOR IN PU
#
##############################################################################
####################### OVER/UNDER POWER ELEMENTS LOGIC ########################
# OVERPOWER ELEMENT LOGIC #####################################################
#
PCT01PU := PMV03 # PICKUP DELAY
PCT01DO := PMV04 # DROPOUT DELAY
PCT01IN := (PSV01 AND (PMV02 > 0.000000) AND (PMV01 >= PMV02)) OR (PSV01 AND (PMV02 < 0.000000) AND (PMV01 <= PMV02))
#
# UNDERPOWER ELEMENT LOGIC ####################################################
#
PCT02PU := PMV07 # PICKUP DELAY
PCT02DO := PMV08 # DROPOUT DELAY
PCT02IN := (PSV02 AND (PMV06 > 0.000000) AND (PMV05 > 0.000000) AND (PMV05 <= PMV06)) OR (PSV02 AND (PMV06 < 0.000000) AND (PMV05 < 0.000000) AND (PMV05 >= PMV06))