Lithium iron phosphate Pack 12V 75AH IFP32700 Rechargeable battery
pack
| species |
Lithium Iron Phosphate |
Voltage | 32700-12V |
capacity | 75AH |
Batteries | IFR32700 3.2V 6Ah |
size | 262*167*212mm |
weight | 9.5KG |
Maximum charging current | 50A |
Maximum discharge current | 50A |
Display screen | No |
Communication support | Bluetooth |
In the production of power lithium batteries, batteries with
different codes represent different specifications and uses. Among
them, 4810, 4820, 3610 and 3620 are common classification codes,
which refer to different types of power lithium batteries. Below we
will detail the specific meaning and use of these four codes in the
production of power lithium batteries.
First, let's take a look at the 4810 and 4820 codecs. In the
production of power lithium batteries, 4810 and 4820 usually refer
to different battery voltage and current outputs. Specifically,
4810 represents a 48V10Ah power lithium battery, while 4820
represents a 48V20Ah power lithium battery. These two encoded
batteries are commonly used in electric vehicles, energy storage
systems, industrial equipment, and other fields, where the voltage
and current output can meet the needs of these fields, such as the
power output and range required by electric vehicles.
Second, let's take a look at the 3610 and 3620 codecs. In the
production of power lithium batteries, 3610 and 3620 usually
represent another type of battery specification. Specifically, 3610
represents a 36V10Ah power lithium battery, while 3620 represents a
36V20Ah power lithium battery. These two coded batteries are
usually used in some light electric vehicles, power tools, drones
and other fields, and their voltage and current output are
moderate, which is suitable for some scenarios where the power
requirements are not particularly high.
In the production of power lithium batteries, these coded battery
specifications have important guiding significance for
manufacturers and users. Manufacturers can design and produce
battery products of different specifications according to these
codes to meet the needs of different fields. When users purchase
battery products, they can also choose battery products that suit
their needs according to these codes, so as to achieve better use
effect and performance.
Understanding the meaning and use of these codes in the production
of power lithium batteries can help us better understand and choose
battery products that suit our needs, and promote the development
and application of power lithium battery industry.
