industrial
Reliable Power for High Hazard Environments
The Problems We Help You Solve
High Risk Zones
Adding a flammable lithium-ion battery to a chemical plant, steel mill, or refinery is a safety non-starter.
Harsh Environments
Extreme heat and industrial environments cause lithium-ion cooling systems to fail and batteries to degrade rapidly.
Downtime Costs Millions
Grid instability disrupts production lines, but securing grid upgrades take years and generators add emission liabilities.
Capacity Loss from Outages
Deeply discharging standard batteries during long grid failures or extended outages causes permanent capacity loss.
Alsym Na-Series Benefits
Ensuring Peak Performance for Industrial Infrastructure
Alsym’s Na-Series technology enables industrial partners to deploy resilient, non-combustible operational infrastructure.
Safe for Hazardous Zones
Deploy energy storage without the fear of thermal runaway even in high-risk industrial environments.
Built for Factory Floors
Operate reliably in extreme heat and dirty environments without delicate cooling systems.
Resilient, Heavy-Duty Power
Secure instant high-power backup to keep production lines running during interruptions.
100% Reusable Energy
Fully dischargeable system to survive long outages without degrading the asset.
Typical Use Cases for Industrial
Demand Charge Management
Avoid demand charges with twice-daily cycling. High-efficiency support generates daily revenue without shortening asset life.
High Power Support
Respond to equipment power spikes without straining resources. NFPP+ high C-rate flexibility supports industrial applications.
Critical Process Backup
Secure instant high-power backup to keep production lines running, protecting critical assets and preventing millions in downtime costs.
FAQ
Is Alsym's technology safe for use in high-risk industrial environments?
Yes. Alsym batteries were specifically engineered for "storage-anywhere," including chemical plants, refineries, and heavy manufacturing facilities where flammable lithium-ion batteries pose a significant safety hazard. Our non-flammable NFPP+ chemistry does not experience thermal runaway, enabling storage to be co-located directly with high-heat or high-voltage industrial equipment without the risk of catastrophic failure.
How does the Na-series handle heavy industrial cycling and rapid load changes?
Industrial operations often involve volatile power spikes. Alsym's Na-series is built for high-throughput performance, supporting frequent deep discharge cycles and rapid charge/discharge rates without the accelerated degradation seen in lead-acid or early-gen lithium batteries. With cycle life exceeding 10,000 cycles, it provides the consistent, high-power response required for heavy machinery and continuous production lines.
Can Alsym batteries operate in unconditioned factory or warehouse spaces?
Yes. One of the primary industrial advantages of Alsym is its extreme temperature resilience (-40C to 60C). Other battery technologies require expensive, energy-intensive HVAC systems to maintain a narrow operating temperature. Alsym batteries remain stable in the harsh, unconditioned environments typical of industrial sites, reducing both the initial capital expenditure and ongoing energy costs for thermal management.