URB0023 Stackable 24V Power Storage
Stacking enclosure, up to 10 units high
Strappable, can be strapped down
Rugged, military tough case construction can handle severe environments
Capable of 2000+ cycles, over 5 years of operation at 1 cycle per day
High energy density
Separate empty case is available
Configurable to integrate other electronic items into the power stack
URB0023 Stackable 24V Power Storage
Stacking enclosure allows it to go up to 10 units high and it has a long service life of 2,000+ full cycles.
Product Type :
Rechargeable
Chemistry :
LiFePo4
Voltage (Nominal) :
25.6V
Capacity (Nominal) :
54Ah
Certifications :
UN 38.3
NSN :
6140-01-688-6767
Weight :
35.0lbs
Storage Temperature :
-20°C to +50°C
Description
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Description
URB0023 is a modular lithium-iron phosphate (LiFePo4) power storage device for robotics, automated systems, military modular power systems and vehicle-mounted auxiliary power units.
Designed for applications that are required to run for long periods without access to mains electricity, the 24V batteries have a capacity of 54Ah and have a low self-discharge rate of less than five per cent allowing for highly efficient energy storage for long periods of time. The battery’s LiFePo4 chemistry allows it to offer greater energy density and performance during its life cycle.
The URB0023 has a cycle life of more than 2000 cycles, setting it ahead of the typical cycle life of approximately 200 cycles for other portable systems. This means each battery can last for many years, significantly longer than a traditional lead acid system, ensuring more effective and reliable power in remote applications.
Not only does it have the technical characteristics to deliver the performance required; it is also electrically modular and can be combined with other URB0023 batteries to increase the capacity of the system simply by stacking more batteries. The user can wire 10 or more batteries in parallel to increase the system capacity to over 12kWhrs.
Designed for applications that are required to run for long periods without access to mains electricity, the 24V batteries have a capacity of 54Ah and have a low self-discharge rate of less than five per cent allowing for highly efficient energy storage for long periods of time. The battery’s LiFePo4 chemistry allows it to offer greater energy density and performance during its life cycle.
The URB0023 has a cycle life of more than 2000 cycles, setting it ahead of the typical cycle life of approximately 200 cycles for other portable systems. This means each battery can last for many years, significantly longer than a traditional lead acid system, ensuring more effective and reliable power in remote applications.
Not only does it have the technical characteristics to deliver the performance required; it is also electrically modular and can be combined with other URB0023 batteries to increase the capacity of the system simply by stacking more batteries. The user can wire 10 or more batteries in parallel to increase the system capacity to over 12kWhrs.
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