Power Quality warehousing
services with PQ ZIP technology and PQSCADA
Normal Energy Management and SCADA systems
record all the data and trends. Still in most of
the cases , incase of any anomalies occurring in
the network , there is no clue to the reason of
the same .
The main objective of power quality
troubleshooting engineers is to identify the
source of an event or potential failure and
determine the required corrective action. When
performing trouble shooting procedures, there is
always a lack of information: data between
events, that occurred below pre-set threshold,
data from other locations and other unrecorded
parameters. The lacking information is due to
the traditional logging concept of long periods
and short events. As a result , in most cases it
is only possible to monitor the event without
identifying its source . More importantly, it is
virtually impossible to determine what needs to
be done to prevent reoccurrence of the problem
.
NAAC offers Power Quality Data Center
warehousing services with advanced M4K, PQ ZIP
and PQ SCADA technology. The services and all
the power quality information can be accessed
directly by the consumer also on continuous
basis through WEB.
The M4K system stores all the information at all
times with sampling rate of 1024 samples per
cycles each channel. The waveform of every cycle
is continuously stored in onboard memory for
more than a year at high accuracy, allowing no
gaps in data recording. The result is every
anomaly can accurately analyze and its source
can be pinpointed definitively.
The services can be provided for 24 Hours, Week,
month or yearly basis.
PQSCADA Power Quality Management Software (Enterprise Edition)
Innovative PQSCADA enterprise analysis software
enables operators to view, control, analyze, and
monitor multiple measurements devices
simultaneously. Data is accurately
time-synchronized within sites and across sites.
The practically unlimited amount of data,
collected from the M4400 devices, is processed
and analyzed by using the PQSCADA software. The
operator receives a comprehensive picture of
graphical system trends and time synchronized
power quality values from multiple devices on
same screen for status and anomaly
source-propagation analysis.
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