AI-Ready Data Center Battery Backup
The rock in the data storm
The world is becoming increasingly digital, and data centers are under growing pressure to handle higher workloads while scaling capacity cost-efficiently and sustainably. Sprinter Pure Power FT delivers reliable data center battery backup designed for the extreme, fast-changing demands of AI-driven workloads.
Built on advanced Thin Plate Pure Lead (TPPL) AGM technology, it ensures continuous uptime, high power output, and long-term operational efficiency. At the same time, its superior microcycle durability and rapid recharge capability enable stable performance under frequent load fluctuations, transforming traditional UPS systems into active power stabilizers. Maintenance-free operation, very low gassing, and a wide operating temperature range help simplify operations, while the front terminal design allows faster installation and easier servicing. Together, these advantages ensure maximum reliability, fewer battery replacements, and a significantly lower total cost of ownership for mission-critical environments.
A pioneering technology enters the next level.
Power that keeps the future running.
Data centers handling dynamic AI workloads need reliable, advanced backup systems to ensure data security during power disruptions. High demands on performance and cost efficiency make this the ideal solution to maximize power, reduce energy costs, and operate more sustainably.
Commercial and industrial entities cannot afford to experience power interruptions that could disrupt their operations and cause financial losses.
Telecoms are faced with the challenge of keeping operating costs as low as possible and need smart, reliable, and sustainable battery solutions to let communication run.
Exide Technologies’ Sprinter Pure Power FT is engineered to meet the demanding requirements of modern AI data centers and UPS backup power systems. Designed for high resilience to frequent micro-cycling, it delivers reliable performance under dynamic, high-frequency load profiles and is optimized for peak power absorption during AI and LLM training workloads. The result is extended service life, reduced maintenance needs, and a lower total cost of ownership for mission-critical backup power applications.
Designed for microcycling ensure continuous uptime for AI workloads
Battery can adapt to a wide range of data center and AI applications
Battery meets data centers expectations for unpredictable, high-frequency power demands
Fewer replacements and lower total cost of ownership (TCO)
Beyond Pure Lead.
Setting new standards.
Pure lead AGM technology
for a very long design life
Highest electrode surface
for power and best performance
Thin plates
for maximum
energy transfer
High energy density
for space savings