Batteries & BESS
Amisk delivers next-generation Battery Energy Storage Systems (BESS) designed to support renewable integration, microgrids, EV charging, telecom infrastructure, and off-grid communities. Our solutions focus on safety, longevity, efficiency, and cost-effective performance across Canadian climates.
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We deploy two advanced storage technologies — Li-Ion (LiFePOâ‚„) and Graphene Solid-State — allowing us to match the right chemistry to the right application.
Li-Ion Battery Systems
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Lithium Iron Phosphate (LiFePOâ‚„) batteries are globally recognized as the safest lithium chemistry available. This technology is widely adopted in the EV industry due to its exceptional thermal stability, long service life, and proven performance.
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Key Benefits
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Industry-approved chemistry with no cobalt content
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Excellent safety profile with zero thermal runaway risk
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High state-of-charge accuracy
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12,000+ cycle life for long-term projects
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Over 95% round-trip efficiency
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Scalable from residential to utility-scale installations
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Ideal Applications
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Grid-tied and off-grid microgrids
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Peak-shaving and demand charge reduction
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EV fast-charging infrastructure
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Renewable energy integration (solar & wind)
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Remote community power systems
Graphene Battery Systems
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Graphene batteries represent the next evolution in energy storage. These solid-state systems utilize graphene-enhanced electrodes to significantly outperform traditional battery chemistries.
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Technology Advantages
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Ultra-fast charging capability
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5× longer lifespan than conventional batteries
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Zero risk of thermal runaway or fire
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Operates reliably in extreme heat and cold
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Fully recyclable with no hazardous waste
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Remote monitoring with zero routine maintenance
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Primary Use Cases
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Telecom infrastructure upgrades
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Renewable microgrids with blackout protection
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EV charging demand buffering
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Remote industrial & off-grid power
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Mission-critical backup power systems
Why Amisk BESS Solutions Stand Out
Gotion vs Tesla
Gotion GRiD systems deliver:
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30–50% lower upfront costs
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2–4× longer cycle life than Tesla Megapack
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Smaller footprint – saves up to 33% land area
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Optional liquid-cooling, low-temperature, and air-cooled configurations
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Faster delivery timelines
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