Review of insulation monitoring and fault locating devices for ungrounded low voltage network: Commercial products, patents, research and innovation
Electric Power Systems Research,
Journal Year:
2025,
Volume and Issue:
242, P. 111464 - 111464
Published: Jan. 28, 2025
Language: Английский
CLEMD, a circuit-level electrical measurements dataset for electrical energy management
Scientific Data,
Journal Year:
2024,
Volume and Issue:
11(1)
Published: June 6, 2024
Abstract
Enhancing
energy
efficiency
in
commercial
buildings
is
crucial
for
reducing
consumption.
Achieving
this
goal
requires
careful
monitoring
and
analysis
of
the
usage
patterns
exhibited
by
different
devices.
Nonetheless,
gathering
data
from
individual
appliances
presents
difficulties
due
to
large
number
appliances,
complex
installations,
costs.
This
paper
Circuits-Level
Electrical
Measurements
Dataset
(CLEMD).
The
measurement
was
conducted
at
main
switchboard
a
set
distribution
boards
instead
measuring
loads.
gathered
an
institutional
setting.
It
consists
42
records
vital
electrical
parameters
including
voltage,
current,
frequency,
real
power,
reactive
apparent
power
factor,
odd
harmonics
currents.
device
deployed
were
industry-grade
had
high
sampling
rate
200
kHz.
measurements
done
over
40-day
period,
September
16
2023
October
25
2023.
CLEMD
first
Malaysian
public
dataset
on
circuit-level
electricity
consumption
offers
opportunities
research
areas
such
as
load
disaggregation
circuit
level,
identification,
profile
forecasting,
pattern
recognition.
Language: Английский
Design and simulation of a smart master switch system based on multi-input XOR logic gate
Jimmy Nabende Wanzala,
No information about this author
Michael Robson Atim
No information about this author
Deleted Journal,
Journal Year:
2024,
Volume and Issue:
1(1)
Published: Nov. 12, 2024
Abstract
Mechanical
switches
have
been
the
conventional
way
of
controlling
electrical
energy
in
different
systems
such
as:
lighting
systems,
socket
and
circuit
breakers,
especially
domestic,
hospital,
industrial
applications.
often
require
physical
access
to
control
devices
that
are
connected
power
sources.
The
work
presented
this
paper
aimed
at
designing
simulating
a
multi-input
based
Exclusive-Or
master
switch
system
remotely
controls
using
wireless
switching
mechanisms
Global
System
for
Mobile
communication
Bluetooth.
therefore
limits
interaction
use
single
pole
double
throw
keypad
mechanical
however
included
act
as
fall-back
mechanism
devices.
Within
recommended
safety
measures,
design
can
be
streamlined
integrated
sockets
alongside
consumer
unit.
Language: Английский