EXL Series

Sealed lead-acid cell
EXL Series
Model: EXL 3000
EUROPOWER cells are made in AGM technology. Owing their excellent power and current
capability these batteries are designed for both large and important central battery UPS systems as
well as for applications in telecommunications and renewable energy engeneering (the battery system
capacity even up to 12000 Ah). They have a very high repeatibility of parameters and long designed
life.
TECHNICAL DATA
APPLICATIONS
telecommunication power plants
renewable power sources
GSM base stations
Ÿ
Ÿ
Ÿ
DIMENSIONS
mm(inch)
353 ± 2(13.90 ± 0.08)
710 ± 2(27.95 ± 0.08)
369 ± 2(14.53 ± 0.08)
Ÿ
Ÿ
high power Uninterruptible
Power Supplies (UPS)
substations
emergency lighting systems
TERMINALS
B6
25.5(1.00)
**) - Flame-retardant
10(0.39)
NO TRANSPORT RESTRICTED
Not restricted for air, surface and water transport. Classified as nonhazardous material (IATA/ICAO Special Provision A67, DOT-CFR Title 49
parts 171-189, IMDG amendment 27)
7.7(0.30)
Φ8.5(0.33)
*) - According to Eurobat (Long Life group)
Ÿ
341 ± 2(13.43 ± 0.08)
2V
3000 Ah / C10
1
AGM
o
over 17 years @ 20 C*
Design life
o
over 15 years @ 25 C
height
369,0 mm
length
Dimensions
710,0 mm
width
353,0 mm
Weight
~215 kg
3029,4 Ah
20h 151,47A @1,85V/cell.
2904,0 Ah
363,0A @1,80V/cell.
8h
Capacity
o
2700,0 Ah
5h 540,0A @1,75V/cell.
@ 25 C
1818,0 Ah
1h
1818A @1,75V/cell.
o
o
charge
Ambient nominal
0 C ~ 40 C
o
o
temperature
discharge
-20 C ~ 50 C
range
o
o
storage
-20 C ~ 40 C
Internal resistance
@ fully charge battery
£0,3 mW
2,25 V
standby use
o
(-3 mV/ C)
Charging voltage
o
@ 20 C
2,35 V
cycle use
o
(-4 mV/ C)
recommended
300 A
Charging current
maximum
750 A
Maximum discharge current (for 5 sec)
9000 A
after 1 month
Capacity retention
97 %
o
after 6 months
81 %
during storage @ 20 C
after 12 months
64 %
(self discharge)
standard
ABS UL 94-HB
Container material
optional
ABS UL 94-V0**
Terminal
bolt fastened
B6
Terminal hardware initial torque
10,0 Nm
31(1.22)
Nominal voltage
Nominal capacity
Cell per unit
Technology
[bolt M8 + nut]
DISCHARGE CHARACTERISTICS
o
o
• Constant current (Current [A], 25[ C] / 77[ F])
F.V.
V/cell
30 min
1,85
1,80
1,75
1,70
1,65
1,60
2100,0
2340,0
2584,5
2865,0
3067,5
3225,0
1h
2h
1440,0
1590,0
1695,0
1818,0
1891,5
1939,5
915,0
990,0
1054,5
1099,5
1129,5
1162,5
3h
707,4
750,0
794,1
827,7
855,2
873,5
o
4h
5h
6h
555,0
612,0
642,0
658,5
675,0
687,0
469,7
510,0
540,0
558,0
573,0
582,0
405,0
435,0
465,0
480,0
498,0
502,5
4h
5h
6h
1051,6
1158,0
1213,2
1237,5
1263,0
1278,0
906,0
987,0
1032,0
1057,5
1072,5
1087,5
807,0
859,5
897,0
919,5
937,5
942,0
8h
330,0
363,0
379,5
393,0
405,0
412,5
10h
280,5
300,0
316,5
328,5
334,5
337,5
o
• Constant power (Power [W/cell], 25[ C] / 77[ F])
F.V.
V/cell
30 min
1,85
1,80
1,75
1,70
1,65
1,60
3934,5
4365,0
4782,0
5250,0
5640,0
5752,5
1h
2h
2700,0
2970,0
3150,0
3360,0
3465,0
3495,0
1737,0
1875,0
1987,5
2055,0
2085,0
2115,0
3h
1352,9
1433,2
1508,9
1560,5
1592,3
1607,4
8h
667,5
714,0
736,5
751,5
765,0
774,0
10h
558,0
590,6
616,8
637,5
646,5
652,5
Discharge time
12h
20h
243,10
257,50
269,03
276,49
280,04
282,66
151,47
160,50
166,95
171,75
174,00
174,45
Discharge time
12h
20h
483,60
506,94
524,32
536,56
544,14
546,66
483,60
506,94
524,32
536,56
544,14
546,66
F.V. - Final voltage
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EXL-N
EXL 3000
Cell life characteristics of standby use
Cell life characteristics of cycle use
20
120
Retention Capacity [%]
15
Life expantancy [year]
Temperature:
o
o
25[ C] / 77[ F]
Charging voltage
2.275 V/cell
10
8
6
5
4
3
100
80
60
100[%]
80[%]
Depth of discharge D.O.D
50[%]
D.O.D
30[%]
D.O.D
40
20
2
1.4
20
68
30
86
40
104
0
[oC]
o
[ F]
50
122
0
400
800
1200
1600
2000
Number of cycles
Battery Temperature
Cell discharge characteristics
Cell self discharge characteristics
100
2.10
Temperatura:
25[oC]
2.05
2.00
Zachowana pojemność [%]
1.95
1.90
Napięcie [V]
1.85
1.80
0.1C[A]
1.75
0.165C[A]
1.70
0.25C[A]
1.65
80
5[oC]
60
40[oC]
0.55C[A]
1.60
1C[A]
30[oC]
20[oC]
40
1.55
1.50
1
2
3
5
10
20
30
60
2
[min]
3
5
10
20
0
2
4
6
8
10
12
14
16
18
20
Okres składowania [miesiące]
[h]
Czas rozładowania
0.15
0.12
0.09
0.06
Napięcie ładowania
2.16
Poziom na
ładowania
2.00
2.50
120
0.18
2.34
100
80
Rozładowanie
100% (0.05C[A] x 20[h])
50% (0.05C[A] x 10[h])
Ładowanie
stałonapięciowe: 2.275[V/ogniwo]
stałoprądowe: 0.1C[A]
o
Temperatura: 20[ C]
1.84
1.67
0.03
60
40
20
Napięcie ładowania
120
Poziom naład
0.15
0.12
0.09
0.06
0
0
5
10
15
20
Czas ładowania [h]
25
owania
2.17
100
2.00
80
Rozładowanie
100% (0.05C[A] x 20[h])
50% (0.05C[A] x 10[h])
Ładowanie
stałonapięciowe: 2.45[V/ogniwo]
stałoprądowe: 0.1C[A]
o
Temperatura: 20[ C]
1.84
1.67
60
40
0.03
20
Prąd ładowania
Prąd ładowania
0
140
Poziom naładowania akumulatora [%]
2.34
0.21
Napięcie ładowania [V]
0.18
140
Prąd ładowania [CxA]
2.50
Cell charging characteristics for the cycle use
Poziom naładowania akumulatora [%]
0.21
Napięcie ładowania [V]
Prąd ładowania [CxA]
Cell charging characteristics for the standby use
0
0
0
0
5
10
15
20
Czas ładowania [h]
25
0
Cell discharge current and final discharge voltage
Discharge
current
[A]
Final discharge
voltage
[V/cell]
0.2C > I 0.2C £ I < 0.5C 0.5C £ I < 1.0C 1.0C £ I
1.75
1.70
1.65
1.60
Pb
*) C - Capacity
Date of issue: 30.10.2014; change number: 2; date of change: 03.08.2016
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EXL