Description
The HUB-HC2-1000-48 is a 48V configuration of the HUB HC2-1000 2V, 1,000Ah lead-carbon battery. HUB CARBON HC2 Lead Carbon batteries provide reliable energy storage for all renewable energy projects. The HC2 series offer exceptional cycle life and outstanding capacity retention, in life long “partial state of charge” applications (PSOC).
HUB-HC2-1000-48 Battery System Features
- 20 year design life
- Combines the advantages of traditional AGM lead acid batteries and a supercapacitor
- Ideal for PSOC cycle application
- High power, rapid charge/discharge
- Reduce sulfation of negative plate
- Excellent recharge acceptance performance
- Waterproof, shockproof module installation design
- Complies with IEC60896, IEC61427 standard
.
The Ideal Battery System For…
Renewable energy storage
Smart power grids and microgrids system
Distributed energy storage system
Hybrid energy storage system such as solar and wind
Home energy storage system
Solar power generation grid/off-grid energy storage system
Emergency lighting system
Generator and battery hybrid energy system
Other standby, cycling systems
.
HUB-HC2-1000-48 Battery Specifications in Brief
Nominal Voltage : 2V per cell (x24 units)
Capacity…
1000 Ah per cell and at 48V configuration (10 hr to 1.80V/cell @25°C)
1105 Ah (20 hr to 1.75V/cell @25°C)
Internal Resistance : Approx 0.15mΩ
Short-Circuit Current : 12835A
Low Self Discharge : The residual capacity is above 90% after 90 days storage (25°C)
Temperature Ranges…
Operation (recommended): 15°C~25°C
Operation (maximum): -40°C~50°C
Max. charging current : 300A
Max. constant charging current : 200A
Charge Voltage Floating: 2.25V (25°C)
Equalizing/Cycle: 2.30V (25°C)
Terminal : M8 embedded copper
Terminal Hardware : Torque 20Nm, +/- 1Nm
Dimensions (LxWxH) : 282 x 231 x 408mm
Weight : 75Kg
Seismic Battery Rack Included
The merits of SEISMIC RACKING for this battery system include their exceptional design that prioritizes safety and reliability in seismic-prone regions. Engineered with a focus on robustness, these batteries are adept at withstanding the rigorous forces generated during earthquakes, ensuring uninterrupted power supply even in the face of catastrophic events. The innovative racking system not only secures the batteries in place, preventing any dislodgment, but also dissipates seismic energy effectively, thereby safeguarding the integrity of the battery installation and the critical systems it supports.
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