Up to 67% Smaller BBU Footprint With GrapheneBBU



Reliable Backup Power With up to 67% Smaller Footprint
Plug & Play
67% Smaller Footprint
67% Smaller footprint compared to state of the art solutions in the market.

No Thermal Runaway
SuperBattery-based BBUs do not combust or explode even when pierced and under high temperatures.
A single GrapheneBBU rack has the same power rating as 3 LFP (and 2 LTO) based BBU racks. Achieving significantly reduced space for backup power, freeing valuable real-estate space for more compute units, while meeting OCP T4 data centers' requirements
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Fast Charging (Under 90s)
- 90 seconds Backup Duration.

Increase productivity, and achieve a higher Power Unit Efficiency (PUE) with Skeleton's GrapheneBBU racks that fit directly into your data center.
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Reduce cooling costs.
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Operate servers at the ideal temperature of 45-50°C (122°F), surpassing the 35°C (95°F) limit of traditional li-ion batteries.

GrapheneBBU modules are built with Skeleton's SuperBattery, which has inherent safety due to non-lithiated components requirement
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No fire or explosion even when pierced, overheated.
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No thermal runway.
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Operate in higher temperature ranges.




Safe & Sustainable Backup Bridging Power
SuperBatteries are much safer than li-ion batteries. Tested on short-circuit, overcharging, crushing, nail penetration, and overheating tests.
- Safer than Li-ion batteries due to non-lithiated graphite.
- No risk of fire or explosion upon disassembly.
- Free from graphite, cobalt, <5% lithium.

GrapheneBBU is is made with Skeleton's SuperBattery cells, which boast an impressive 50,000 cycles (+10x Li-ion batteries), providing a reliable 8-10 years of service.
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Up to 50,000 cycles (+10x Li-ion batteries).
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Up to 10 years lifetime.
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Reduce maintenance and ownership costs.



Powering AI's Exponential Growth
GrapheneBBU Modules for Data Centers
Battery Backup Unit (BBU) for data center backup power, based on Skeleton’s proprietary SuperBattery energy storage technology.
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Integrated DC/DC converter and battery management system (BMS)
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400 VDC interface voltage, configurable during installation to +400V or –400V with reverse polarity protection
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Liquid-cooled
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Skeleton Technologies’ patented Curved Graphene technology

Backup duration
Up to 90 seconds
Nominal Output Voltage
400V
Peak power
100 kW
Nominal Power
66 kW
Peak Efficiency
97%
GrapheneBBU Racks for Data Centers
Battery Backup Unit (BBU) for data center backup power, based on Skeleton’s proprietary SuperBattery energy storage technology.
-
Integrated DC/DC converter and battery management system (BMS)
-
400 VDC interface voltage, configurable during installation to +400V or –400V with reverse polarity protection
-
Liquid-cooled
-
Skeleton Technologies’ patented Curved Graphene technology

Backup duration
Up to 90 seconds
Nominal Output Voltage
400V
Peak power
1.2 MW
Nominal Power
800 kW
Peak Efficiency
97%
GrapheneGPU 50 PCS
GrapheneGPU delivers power when GPUs compute, and charges when GPUs are idle. Maintaining a smooth power demand from the grid, and eliminating the need for dummy loads.
+ Peak Shaving Capacitor Shelf (PCS)
+ 48 VDC interface voltage
+ 60 kW peak power
+ ORV3 compatible, 1OU high
+ Air-cooled and liquid-cooled options available
+ Intelligent control and integrated BMS
+ Supercapacitor energy storage based on Skeleton's patented Curved Graphene technology

GrapheneGPU 400 PCS
Battery Backup Unit (BBU) for data center backup power, based on Skeleton’s proprietary SuperBattery energy storage technology.
-
Integrated DC/DC converter and battery management system (BMS)
-
400 VDC interface voltage, configurable during installation to +400V or –400V with reverse polarity protection
-
Liquid-cooled
-
Skeleton Technologies’ patented Curved Graphene technology

Energy
storage solutions
for your unique needs
Modules and racks, designed and certified data centers' backup power bridging.
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