Features:
-
Product
Name:
Containerized
Battery
Energy
Storage
System
-
Container
Size:
20ft
-
Voltage
Range:
400-800V
-
Application:
Power
Grid
Stabilization
And
Peak
Shaving
-
Warranty:
5
Years
-
Monitoring
System:
Remote
Monitoring
And
Control
This
Containerized
Battery
Energy
Storage
System
is
a
transportable
battery
power
station
designed
to
provide
power
grid
stabilization
and
peak
shaving.
With
a
voltage
range
of
400-800V,
this
product
comes
with
a
5
year
warranty
and
a
remote
monitoring
and
control
system.
Technical
Parameters:
|
Type
|
P400C860
|
P500C1075
|
P600C1290
|
P700C1505
|
P800C1720
|
|
DC
side
parameters
|
|
Cell
type
&capacity
|
LiFePO₄-280Ah
|
|
Battery
module
type
|
1P20S
|
|
System
configuration
|
4*1P240S
|
5*1P240S
|
6*1P240S
|
7*1P240S
|
8*1P240S
|
|
Capacity(BOL)
|
860kWh
|
1075kWh
|
1290kWh
|
1505kWh
|
1720kWh
|
|
AC
side
parameters
|
|
Grid
type
|
3P4W+PE
|
|
Rated
output
power
|
400kW
|
500kW
|
600kW
|
700kW
|
800kW
|
|
Rated
voltage
|
AC400V
|
|
Rated
frequency
|
50/60(±5)Hz
|
|
Maximum
output
current
|
577A
|
722A
|
866A
|
1010A
|
1155A
|
|
Harmonics
|
<3%(@rated
power)
|
|
Overload
capacity
|
110%,10mins;120%,60s
|
|
General
parameters
|
|
Isolation
transformer
|
No
|
|
Protection
level
|
Outdoor
installation
(Battery
cabinet:IP55,Electrical
room:IP34)
|
|
Container
anti-corrosion
grade
|
C3
|
|
Operation
temperature*
|
-20℃~50℃
|
|
Relative
humidity
|
0~95%(non-condensing)
|
|
Permissible
altitude**
|
<2000m
|
|
Cooling
method
|
Battery
cabinet:HVAC,Electrical
room:forced
air
cooling
|
|
Fire
fighting
system
|
FAS
&FM200/Novec1230
|
|
Noise
emission
|
≤75dB
|
|
Dimension
(W*D*H)
|
20HQ
container
(6058mm*2438mm*2896mm)
|
|
Maximum
weight
|
24500kg
|
|
Communication
interface
|
Ethernet
|
|
Communication
protocol
|
Modbus
TCP/IP
|
|
Warranty
|
5
years
(can
be
extended
to
10
years)Warranty
|
|
Certification
|
System:UN3536,LVD,EMC,RoHS
Cell:IEC62619,UL1973,UL9540A
PACK:UN38.3
PCS:G99,EN50549,AS4777.2,VDE4105
|
|
Advantages
of
containerized
energy
storage
systems
Portability
and
Flexibility
-
Easy
Transport:
Standard
shipping
containers
allow
for
straightforward
transportation
and
deployment,
making
it
simple
to
relocate
or
scale
the
storage
system
as
needed.
-
Modular
Design:
Containerized
systems
can
be
easily
expanded
by
adding
more
units,
accommodating
varying
energy
storage
requirements.
Rapid
Installation
-
Quick
Setup:
Pre-fabricated
containerized
systems
can
be
installed
and
operational
within
a
short
timeframe,
reducing
downtime
and
speeding
up
project
deployment.
-
Minimal
Site
Preparation:
Containerized
solutions
often
require
less
extensive
site
preparation
compared
to
traditional
installations.
Robust
Protection
-
Weather
Resistance:
Containers
provide
excellent
protection
against
harsh
environmental
conditions,
including
rain,
dust,
and
extreme
temperatures,
ensuring
system
durability.
-
Security:
The
enclosed
design
offers
enhanced
security
for
the
batteries
and
electronic
components,
reducing
the
risk
of
theft
or
vandalism.
Scalability
-
Adaptable
Capacity:
Containerized
energy
storage
systems
can
be
scaled
up
or
down
based
on
changing
energy
needs,
making
them
suitable
for
various
applications
from
small
businesses
to
large
industrial
operations.
Cost-Effectiveness
-
Reduced
Infrastructure
Costs:
The
modular
nature
of
containerized
systems
can
lower
infrastructure
costs
compared
to
traditional
stationary
installations.
-
Efficient
Use
of
Space:
Containers
maximize
space
utilization,
making
them
ideal
for
urban
or
constrained
environments.
Integration
with
Renewable
Energy
-
Support
for
Renewables:
Containerized
storage
systems
can
easily
integrate
with
renewable
energy
sources
like
solar
and
wind,
enhancing
the
reliability
and
efficiency
of
these
systems.
-
Grid
Stability:
They
help
balance
supply
and
demand
by
storing
excess
energy
generated
during
peak
production
times
for
use
during
high
demand.
Advanced
Technology
-
Cutting-Edge
Components:
Many
containerized
energy
storage
systems
utilize
advanced
battery
technologies,
such
as
lithium-ion,
which
offer
high
energy
density
and
efficiency.
-
Smart
Monitoring:
Integrated
monitoring
systems
allow
for
real-time
data
collection
and
management,
optimizing
performance
and
maintenance.
Environmental
Benefits
-
Reduced
Carbon
Footprint:
By
facilitating
the
use
of
renewable
energy
and
improving
energy
efficiency,
containerized
storage
contributes
to
lowering
greenhouse
gas
emissions.
-
Promoting
Sustainability:
These
systems
align
with
sustainability
goals,
making
them
attractive
for
companies
focused
on
environmental
responsibility.
Versatile
Applications
-
Diverse
Use
Cases:
Containerized
energy
storage
can
be
used
in
various
sectors,
including
commercial,
industrial,
and
utility-scale
applications,
as
well
as
for
backup
power
in
critical
facilities.
Conclusion
Containerized
energy
storage
systems
offer
numerous
advantages,
including
portability,
scalability,
and
efficiency,
making
them
an
attractive
solution
for
businesses
and
organizations
looking
to
enhance
their
energy
management
and
sustainability
efforts.
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