Cell
Multi-Form,
Consistently Superior
Ampace delivers a comprehensive portfolio of battery cells — pouch, cylindrical, prismatic, and custom shapes — across a wide capacity range
Shaped by over 20 years of R&D, every design is engineered for reliability at its core
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Kunlun Series
15 Years Without a Core Change
Protecting Every Degree of Electricity's Vitality-
Redefining Longevity StandardsWith 15,000 cycles, the Kunlun battery cell sets a new benchmark for energy storage lifespan
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Steady and Reliable ReturnsTwo cycles per day, sustained over 15 years, with capacity retention ≥70%—returns you can count on throughout the entire lifecycle
*Based on laboratory battery cell testing conditions at 25°C
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JP Series
Ultra-High Power ＋ High Energy Density
Leading the Cordless Power Trend-
High PowerCapable of a 180A pulse for 5 seconds, handling demanding applications effortlessly
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Ultra-Fast ChargingEnables 80% charge within 10 minutes for swift energy recovery
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Long LifespanOffers over 1000 cycles, delivering long-term durability and reliability
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High Energy DensityAchieves up to 2100 W/kg power density, defining a new standard for robust performance
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Wide Temperature RangeFunctions reliably from -20°C to 80°C for year-round operation
*Data derived from Ampace Lab testing. Actual performance may vary under field conditions
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E30P Cylindrical Battery Cell
Redefines Balance with Three Core Strengths
The Next Era of High-Performance E-Motorcycles Begins-
Innovative SystemThe proprietary BP system ensures intrinsic material safety, achieving the ultimate balance between high performance and lightweight design
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Rapid & Efficient ChargingReach 95% charge in 47 minutes, with a 15-minute emergency boost delivering 50% power—efficiently meeting both daily and urgent needs
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Long Cycle LifeMaintains over 90% capacity retention after 2,000 high-power cycles at room temperature, ensuring enduring and reliable power
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Stable Long-Term StorageShows nearly no capacity loss after 250 days of storage at 45°C under full charge, standing up to harsh conditions and extended storage with confidence
*Data derived from Ampace Lab testing. Actual performance may vary under field conditions
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