ABB Relion REC670, Applications Manual

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CVMMXN
P_ INST
Q_ INST
ETPMMTR
P
Q
RSTACC
RSTDMD
STARTACC
STOPACC
IEC130 00190-2-en.vsdx
IEC13000190 V2 EN-US
Figure 217: Connection of energy calculation and demand handling function
ETPMMTR to the measurements function (CVMMXN)
The energy values can be read through communication in MWh and MVArh in
monitoring tool of PCM600 and/or alternatively the values can be presented on the
local HMI. The local HMI graphical display is configured with PCM600 Graphical
Display Editor tool (GDE) with a measuring value which is selected to the active and
reactive component as preferred. Also all Accumulated Active Forward, Active
Reverse, Reactive Forward and Reactive Reverse energy values can be presented.
Maximum demand values are presented in MWh or MVArh in the same way.
Alternatively, the energy values can be presented with use of the pulse counters
function (PCGGIO). The output energy values are scaled with the pulse output setting
values
EAFAccPlsQty , EARAccPlsQty , ERFAccPlsQty and ERVAccPlsQty of the
energy metering function and then the pulse counter can be set-up to present the correct
values by scaling in this function. Pulse counter values can then be presented on the
local HMI in the same way and/or sent to the SA (Substation Automation) system
through communication where the total energy then is calculated by summation of the
energy pulses. This principle is good for very high values of energy as the saturation of
numbers else will limit energy integration to about one year with 50 kV and 3000 A.
After that the accumulation will start on zero again.
18.2.3 Setting guidelines
SEMOD175556-4 v6
The parameters are set via the local HMI or PCM600.
The following settings can be done for the energy calculation and demand handling
function ETPMMTR:
GlobalBaseSel : Selects the global base value group used by the function to define
IBase , VBase and SBase as applicable.
1MRK 511 401-UUS A
Section 18
Metering
Bay control REC670 2.2 ANSI 567
Application manual