AES 7.4kWhr / 48VDC with Xanbus Lithium (LFP) Specifications

Length (A)
Width (B)
Height (C)
Weight
Terminal
Terminal Torque
Case Material
IP Rating
Constant Power - Minutes of Discharge
500 W 1000 W 2000 W 3000 W
Constant Current - Minutes of Discharge
@10A @25A @50A @100A
Cell Chemistry
Cell Modules
Charge Temperature
Discharge Temperature
Storage Temperature
Self-Discharge 25°C / 77°F
Open Circuit Voltage
Charge Voltage
Maximum Voltage*
Minimum Voltage
Nominal Energy
Usable DoD
Rated kWh Capacity (1C)
Rated Ah Capacity (1C)
Max Continuous Current
Peak Current
MECHANICAL SPECIFICATIONS ELECTRICAL SPECIFICATIONS
ELECTRICAL SPECIFICATIONS
MECHANICAL DRAWINGS
Lithium Ion Battery
Discover Advanced Energy (AES) batteries allow for equipment design and functionality improvements
and deliver productivity gains through enhanced cycling, charge time and weight reductions in
stationary and mobile applications. Dramatic improvements in cycle life and charge efciency combined
with zero maintenance requirements provide the end user with signicant cost of ownership savings.
42-48-6650
DATASHEET
Electrical Specications at 25°C.
#4 -13511 Crestwood Place, Richmond, BC, V6V 2E9, Canada E: [e-mail] T: [phone]
discoverbattery.com
• IEC 62133
• UL 2271
• UL 1973
• UN 38.3
Efficient & Fast Charging
Discover AES batteries are 15% more
efcient than lead acid batteries, allowing
for reduced charge times and greater
utilization of renewable energy sources.
BENEFITS & FEATURES
Charge Time (Hours)
Charge Returned
Hours
100%
Discover AES
Lead Acid
Discharge Voltage
Voltage
Depth of Discharge
Discover AES
Lead Acid
Partial State of Charge (SOC)
Discover AES batteries will not suffer
negative effects from partial SOC.
Weight Efficient
Systems are 1/3 the weight of their lead
acid battery equivalent.
Battery Management System
Integrated Battery Management System to
prevent abuse outside of current, voltage
and temperature limits.
Renewable System Ready
Xanbus commport provides plug and play
integration with SE Conext XW+, SW, SCP,
ComBox and Solar Charge Controllers.
Efficient and Stable Discharge
Deliver > 95% of their capacity at high and
stable voltages, increasing equipment
performance and reducing motor fatigue.
02-808-0004-DAS-AES 42-48-6650 DATA SHEET-20200227
CAUTION: Extra considerations must be given to depths of
discharge, operating voltages and currents when designing
systems for use at maximum operating temperatures.
SAFETY AND PERFORMANCE CERTIFIED
SHIPPING CLASSIFICATION
• UN 3480, Class 9 (Lithium ion batteries)
471.5 mm 18.5 in
347.5 mm 13.7 in
375 mm 14.7 in
87 kg 192 lb
M8
9 Nm +/- 3 6.64ft-lb
Steel
IP 55
51.2 V
54.4 V
58.4 V
44.8 V
7395 Wh
90 %
6650 Wh
130 Ah
130 Adc
300 Adc (3 seconds)
LiFePO
4
16S 26P
0°C / 45°C 32°F / 113°F
-20°C / 50°C -4°F / 122°F
-20°C / 45°C -4°F / 113°F
< 3% per month (battery off)
799 399 200 133
780 312 156 78
Terminal units in mm
A
Terminal
8
20
1.60
A
A
10
SECTION A-A
Terminal units in mm
B
C