|
The
LEV Series batteries are specifically designed to meet the high power
needs of pure electric vehicle (EV) and hybrid electric vehicle (HEV).
PRODUCT ADVANTAGES:
-High accurate
control is possible because the voltage decreases gradually and the
charge level is easy to detect.
-Low internal cell resistance means batteries give off little heat and
are easily cooled.
-Because the height of battery is low, so it fits underneath the vehicle
floorboard and leaves passengers with a roomy interior. . (EV use)
-Battery modules are compact because of their built-in cell sensors. (EV
use)
-The prismatic shape makes it possible to reduce excess space
requirements to the minimum when assembling battery packs, thus keeping
battery installations small.
-Metal containers for each cell provide batteries with good heat
radiation and excellent durability
The LEV Series are specifically designed for:
- Pure electric
vehicles (EV), hybrid electric
vehicles (HEV), and electric scooters
APPEARANCE
| Lithium
ion model for electric vehicles LEV95P-4 |
Lithium
ion model for electric vehicles LEV40P-4 |
Lithium
ion cell for electric vehicles
/ for hybrid electric vehicles
LEV3H ,LEV24H ,LEV95P |
|
|
|
 |
SPECIFICATIONS
Lithium ion
cell for hybrid electric vehicle
|
Model
|
Nominal
Voltage
(V)
|
Nominal
Capacity
(Ah) |
Dimensions
(mm)
|
Mass
(kg) |
Specific
Energy
(Wh/kg) |
Specific
Power(1)
(W/kg)
|
| Width |
Thickness |
Height |
| LEV3H |
3.6 |
3 |
85.5 |
109 |
19 |
0.33 |
33 |
>1200 |
| LEV24H |
3.6 |
24 |
133 |
170 |
47 |
21 |
41 |
>1500 |
(1) DOD 50%
LEV3H : Under
development
Lithium ion
cell for electric vehicles
|
Model
|
Nominal
Voltage
(V)
|
Nominal
Capacity
(Ah) |
Dimensions
(mm)
|
Mass
(kg) |
Specific
Energy
(Wh/kg) |
Specific
Power(2)
(W/kg)
|
| Width |
Thickness |
Height |
| LEV40P |
3.75 |
40 |
133 |
170 |
47 |
2.1 |
71 |
>700 |
| LEV95P |
3.75 |
95 |
114 |
170 |
94 |
3.5 |
102 |
>700 |
(2) DOD 50%
LEV40P,LEV95P : Under
development
Lithium-ion
Module Battery for electric vehicle
|
|
|
|
|
|
|
|
| Width |
Thickness |
Height |
|
|
|
|
|
|
175 |
202
|
|
|
|
|
|
|
|
|
175 |
388 |
|
|
(3) DOD
80%
LEV40P-4,LEV95P-4:
Under development
Note) Information in this documents are subject to change
without notice.
Note) We do not make any sales to individual user, please contact GS
Battery (USA) Inc. for further information.
PERFORMANCE
|
|
|
|
Charge
Characteristics (LEV3H)
|
Discharge
Characteristics (LEV3H)
|
|
|
|
|
Cycle Life
Characteristics (LEV3H)
|
|
| Note) |
The
characteristics data on this site is no more than example to be
used as a general reference.
Please understand that these are not the guaranteed values. |
|
NOTABLE ACHIEVEMENT: New EV Distance World Record
An
electric vehicle powered by lithium ion battery set a new world
record on December 20, 1999 by covering more than 2,000
kilometers in 24-hours period. Japan Storage Battery constructed
a battery for Mitsubishi Motor's electric vehicle prototype, the
"FTO-EV" iIn collaboration with Mitsubishi Chemical
Corporation. The FTO-EV's attempt at 24-hour EV distance record
started on December 19, 1999 at 8:00 a.m. at Mitsubishi Motor's
test track. After 24 hours the battery pack had powered the
FTO-EV 899 times around the test track, covering a total of
2,142.3 kilometers. The Guinness Book of World Record noted the
feat as the longest distance covered by an electric vehicle in
24 hours, shattering the old record of 1,700 kilometers by 442.3
kilometers.
|
Photo:
The Record Breaking Run |
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