High-rate nickel-zinc power built for the dynamic demands of AI
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AI Dynamic Power Modules
Smooth AI-driven Power Transients at the rack.
Modular Power
Architecture
Battery Backup Units
Designed to provide minute-level backup power at the rack.
AI Dynamic Power Modules
ZincFive AI Dynamic Power Modules are designed to deliver rapid, high-power response for the dynamic demands of AI infrastructure. Designed to support 48V systems as well as emerging 400V and 800V power architectures, these modules supply and absorb power during rapid changes in rack demand to help smooth AI-driven power transients and support more stable power delivery.
Powered by ZincFive’s high-rate SubC nickel-zinc technology, AI Dynamic Power Modules are designed for rapid response, repeated cycling, and high-power operation. Modular and scalable architectures provide flexibility across evolving rack power levels, configurations, and cooling approaches.
Smooth AI Power Transients
Rapidly supply and absorb power to manage dynamic AI workloads and reduce demands on upstream power infrastructure.
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Smooth AI Power Transients
Rapidly supply and absorb power to manage dynamic AI workloads and reduce demands on upstream power infrastructure.
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Proven for Millions of Pulse Cycles
ZincFive NiZn technology has demonstrated more than 10 million dynamic power cycles, delivering rapid, high-power response for the frequent transients created by AI workloads.
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Proven for Millions of Pulse Cycles
ZincFive NiZn technology has demonstrated more than 10 million dynamic power cycles, delivering rapid, high-power response for the frequent transients created by AI workloads.
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More Energy. More Flexibility.
Higher energy density than traditional supercapacitors enables NiZn to support longer-duration transients and a broader range of dynamic power events without sacrificing high-power performance.
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More Energy. More Flexibility.
Higher energy density than traditional supercapacitors enables NiZn to support longer-duration transients and a broader range of dynamic power events without sacrificing high-power performance.
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Flexible Power Architecture
Modular designs support 48V, 400V, and 800V architectures across evolving AI rack configurations.
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Flexible Power Architecture
Modular designs support 48V, 400V, and 800V architectures across evolving AI rack configurations.
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Sustainability
Nickel-zinc technology delivers a low cradle-to-grave carbon footprint and highly recyclable materials, offering a more sustainable alternative to commonly used battery and capacitor technologies.
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Sustainability
Nickel-zinc technology delivers a low cradle-to-grave carbon footprint and highly recyclable materials, offering a more sustainable alternative to commonly used battery and capacitor technologies.
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Safe Operation
UL 9540A testing confirms ZincFive’s non-flammable operation with no thermal runaway risk, ensuring maximum safety when deployed in close proximity to critical IT equipment.
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Safe Operation
UL 9540A testing confirms ZincFive’s non-flammable operation with no thermal runaway risk, ensuring maximum safety when deployed in close proximity to critical IT equipment.
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Codes and Standards
Non-flammable nickel-zinc technology supports compliance with key industry codes and standards, helping reduce the cost, complexity, and safety mitigation measures associated with many other energy storage technologies.
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Codes and Standards
Non-flammable nickel-zinc technology supports compliance with key industry codes and standards, helping reduce the cost, complexity, and safety mitigation measures associated with many other energy storage technologies.
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ZincFive Battery Backup Units provide reliable, minute-level backup power directly at the rack. Designed to support short-duration power interruptions and transitions to alternate power sources, NiZn BBUs bring safe high-rate energy storage closer to the critical IT load.
Powered by ZincFive’s high-rate SubC nickel-zinc technology, these solutions combine high-power performance, rapid charge and discharge capability, and inherent safety for next-generation data center environments. The BBU platform is designed to support 12V, 48V, 400V, and 800V architectures, providing a flexible foundation across a broad range of rack-level power requirements.
Reliable Rack-Level Backup
Deliver minute-level runtime to maintain critical IT loads through power interruptions and transitions to alternate power sources.
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Reliable Rack-Level Backup
Deliver minute-level runtime to maintain critical IT loads through power interruptions and transitions to alternate power sources.
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High-Power. Proven Reliability.
ZincFive’s proven NiZn technology delivers the power density, energy density, and reliability required for high-rate backup applications, with inherent safety for deployment close to critical compute infrastructure.
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High-Power. Proven Reliability.
ZincFive’s proven NiZn technology delivers the power density, energy density, and reliability required for high-rate backup applications, with inherent safety for deployment close to critical compute infrastructure.
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Flexible Power Architecture
Modular designs support 12V, 48V, 400V, and 800V architectures across evolving AI rack configurations.
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Flexible Power Architecture
Modular designs support 12V, 48V, 400V, and 800V architectures across evolving AI rack configurations.
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Sustainability
Nickel-zinc technology delivers a low cradle-to-grave carbon footprint and highly recyclable materials, offering a more sustainable alternative to commonly used battery and capacitor technologies.
+ View More
Sustainability
Nickel-zinc technology delivers a low cradle-to-grave carbon footprint and highly recyclable materials, offering a more sustainable alternative to commonly used battery and capacitor technologies.
+ View More
Safe Operation
UL 9540A testing confirms ZincFive’s non-flammable operation with no thermal runaway risk, ensuring maximum safety when deployed in close proximity to critical IT equipment.
+ View More
Safe Operation
UL 9540A testing confirms ZincFive’s non-flammable operation with no thermal runaway risk, ensuring maximum safety when deployed in close proximity to critical IT equipment.
+ View More
Codes and Standards
Non-flammable nickel-zinc technology supports compliance with key industry codes and standards, helping reduce the cost, complexity, and safety mitigation measures associated with many other energy storage technologies.
+ View More
Codes and Standards
Non-flammable nickel-zinc technology supports compliance with key industry codes and standards, helping reduce the cost, complexity, and safety mitigation measures associated with many other energy storage technologies.
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See how nickel-zinc technology can transform your in-rack energy storage with safe, sustainable, and reliable power solutions.
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