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Data Centers

Downtime Isn't
an Option

The Problems We Help You Solve

Cooling and Thermal Management Drags on the Bottom Line

In power-hungry environments, battery systems generate heat that demands constant active cooling—adding complexity, raising energy costs, and eroding margins.

Fire Risk is Unacceptable Around Critical Hardware

Lithium-ion chemistries introduce flammability and thermal runaway risks—threatening AI/ML clusters, high-density racks, and uptime guarantees.

Sourcing Risks Undermine Security, Expansion and Reputation

Lithium-ion batteries depend on foreign-controlled global supply chains with rising costs and scrutiny over environmental and labor practices. In addition to cybersecurity risks, delays and the optics of poor sourcing can impact deployment timelines and damage public perception.

Alsym Na-Series Benefits

Achieving Ultimate Uptime in the AI/ML Era

Alsym’s Na-Series battery cells help OEMs/Integrators provide better energy storage solutions for data centers.

Efficient Thermal Performance Lowers Operating Costs

Designed to operate with no thermal constraints, Alsym batteries perform without active cooling—cutting energy use, reducing HVAC complexity, and preserving space for revenue-generating hardware.

Deploys Safely Around Mission-Critical Infrastructure

With a non-flammable chemistry and no thermal runaway risk, Alsym’s Na-Series sodium-ion batteries offer a safer path to energy storage near high-value computers —supporting tighter, more flexible facility designs and uninterrupted uptime.

Resilient Supply, Home-grown Peace of Mind

Alsym batteries are American-made and based on sodium, a resource 1000 times more abundant than lithium. That means fewer delays, lower sourcing volatility, and procurement practices that stand up to scrutiny.

Typical Use Cases for Data Centers

Backup Power

Provide reliable backup power when primary systems fail, with the ability to discharge to 0% state of charge without degradation. Safe, fire-free operation supports long runtimes for critical loads.

Peak Shaving

Reduce peak demand charges by storing energy during off-peak hours and discharging during high-load periods. Alsym batteries perform reliably without cycling limits, throttling, or battery oversizing.

AI/ML Cluster Resilience

Maintains clean, stable power to dense compute environments without complex software to manage thermals, voltage, or state of charge . Ideal for hyperscale and edge deployments supporting inference and training workloads.

Data Centers

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Data Centers

Downtime Isn't
an Option

The Problems We Help You Solve

Cooling and Thermal Management Drags on the Bottom Line

In power-hungry environments, battery systems generate heat that demands constant active cooling—adding complexity, raising energy costs, and eroding margins.

Fire Risk is Unacceptable Around Critical Hardware

Lithium-ion chemistries introduce flammability and thermal runaway risks—threatening AI/ML clusters, high-density racks, and uptime guarantees.

Sourcing Risks Undermine Security, Expansion and Reputation

Lithium-ion batteries depend on foreign-controlled global supply chains with rising costs and scrutiny over environmental and labor practices. In addition to cybersecurity risks, delays and the optics of poor sourcing can impact deployment timelines and damage public perception.

Alsym Na-Series Benefits

Achieving Ultimate Uptime in the AI/ML Era

Alsym’s Na-Series battery cells help OEMs/Integrators provide better energy storage solutions for data centers.

Efficient Thermal Performance Lowers Operating Costs

Designed to operate with no thermal constraints, Alsym batteries perform without active cooling—cutting energy use, reducing HVAC complexity, and preserving space for revenue-generating hardware.

Deploys Safely Around Mission-Critical Infrastructure

With a non-flammable chemistry and no thermal runaway risk, Alsym’s Na-Series sodium-ion batteries offer a safer path to energy storage near high-value computers —supporting tighter, more flexible facility designs and uninterrupted uptime.

Resilient Supply, Home-grown Peace of Mind

Alsym batteries are American-made and based on sodium, a resource 1000 times more abundant than lithium. That means fewer delays, lower sourcing volatility, and procurement practices that stand up to scrutiny.

Typical Use Cases for Data Centers

Backup Power

Provide reliable backup power when primary systems fail, with the ability to discharge to 0% state of charge without degradation. Safe, fire-free operation supports long runtimes for critical loads.

Peak Shaving

Reduce peak demand charges by storing energy during off-peak hours and discharging during high-load periods. Alsym batteries perform reliably without cycling limits, throttling, or battery oversizing.

AI/ML Cluster Resilience

Maintains clean, stable power to dense compute environments without complex software to manage thermals, voltage, or state of charge . Ideal for hyperscale and edge deployments supporting inference and training workloads.