In
recent
years,
the
distributed
photovoltaic
battery
(PVB)
system
is
developing
rapidly.
To
fully
utilize
production
and
increase
penetration
of
renewable
energy,
storage
in
systems
becomes
essential.
Despite
plenty
studies
dedicated
to
capacity
design
control
strategies
under
different
work
conditions,
few
research
pay
attention
sophisticated
aging
problem
its
effect
on
performance.
This
paper
develops
a
five-parameter
model
electrochemical
lithium
for
PVB
considering
residential
load
uncertainty
system.
The
performance
operation
are
discussed.
results
show
that
oversize
contributes
loss,
leading
increasement
levelized
cost
storage,
6,
8,
10
kWh
100%,
80%,
70%
state
charge
(SOC)
charging
limit
recommended
this
case.
Under
100%
SOC
limit,
declines
by
22%-28%
annually,
which
much
higher
than
80%
70%.
Meanwhile,
lifetime
based
can
be
improved
further
8.6%,
4.0%
2.0%
with
controlling
rate.
Besides,
comparison
between
traditional
models
conducted,
demonstrating
both
present
high
consistency
energy
flow,
while
lacks
internal
mechanism.
gives
out
more
precise
result
reveals
performances
varied
strategies.
Discover Sustainability,
Journal Year:
2024,
Volume and Issue:
5(1)
Published: May 28, 2024
Abstract
A
smart
home
energy
management
system
plays
an
important
role
in
improving
the
efficiency
of
distribution
and
also
helps
to
reduce
carbon
footprint
power
utility
company.
For
a
developing
country
like
India,
one
main
challenges
faced
while
integrating
renewable
technology
is
migration
cost
by
user
from
existing
system.
The
policy
nation
or
community
should
be
reformed
such
way
that
who
willing
adapt
properly
rewarded.
Smart
appliances
IoT-enabled
devices
wiring
complexity
any
conventional
metering
facility
aids
bidirectional
communication
between
consumers
companies.
But
how
does
it
take
care
privacy?
What
are
reasons
behind
user’s
negligence
on-demand
response
schemes
India?
Through
case
study,
was
observed
consumption
domestic
India
increased
over
years.
It
through
survey
200
low-tension
simple
reengineering
lighting
loads
can
save
up
4.68
Megawatt-hour
year.
paper
identified
negative
impact
inclining
block
rate
billing
scheme
comparing
bimonthly
pattern
proposed
new
scheme.
reviews
types
optimization
methods
available
for
load
scheduling.
This
attempt
enlighten
readers
on
importance
adopting
sustainable
system,
as
socio-economic
commitment
towards
green
future.
