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GAF Energy
GAF Energy
The 72V 30/45/50/80Ah Power Lithium Battery is engineered for electric motorcycles, delivering sustained high-voltage output and robust discharge capability for spirited acceleration and stable cruising.
With high-cycle chemistry exceeding 3500 cycles and optimized charge/discharge profiles, it supports rapid charging and dependable operation for daily commuting and performance riding.
High-power pack enabling strong acceleration and reliable top speeds above 60 km/h under sustained load.
Exceptional durability with more than 3500 cycles, reducing replacement frequency and lifecycle cost for riders.
Fast, safe charging at 0.5C standard rate with 20A maximum charge capability for quick turnaround between rides.
High discharge capability with 50A peak output and steady 72V nominal voltage for consistent motor performance.
| Parameter | Specification Details |
|---|---|
| Type | Lithium Ion Battery |
| Nominal Voltage | 72V |
| Rated Capacity | 20~100ah |
| Working Life | 20~100ah |
| Color | Customizable |
| Terminal | Copper |
| Weight | 22kg |
| Working Volt | 60-84V |
| Max Power | 2160W |
| Continue Power | 2160W |
| Max Charge Current | 30A |
| BMS | Included |
| Life Cycle | >3500 Cycle Times |
| Application | Electric/Scooter/Bicycle/Bike |
| Bluetooth | Can be Customized |
| Transport Package | Wooden Box |
| Specification | 200*150*280mm (Adjustable) |
| Package Size | 35*30*28cm |
| Package Gross Weight | 22kg |
Optimized energy-to-weight packaging and a low center-of-gravity deliver improved handling and predictable dynamics, directly mitigating rider range anxiety and stability concerns. The compact high-voltage architecture maximizes usable range per kilogram, enabling longer, safer rides without compromising agility—ideal for daily commuting and spirited urban performance environments.
Customizable BMS firmware and motor-control compatibility enable configurable performance modes, delivering smoother throttle response, consistent torque mapping, and optimized regenerative braking coordination. This system-level integration provides riders and technicians with precise tuning options for efficiency, thermal management, and range optimization, ensuring predictable power delivery across varied terrains and ride styles.
Vibration-resistant mechanical design and sealed cell modules enhance longevity under continuous dynamic loads, while standardized service interfaces and onboard diagnostics simplify maintenance and fault isolation. Field-replaceable modules and responsive technical support minimize repair times, lowering lifecycle operational costs and maximizing availability for commercial and enthusiast riders alike.
