Balance Scooter
Needs Analysis
Increase riding range by at least 30% to cover longer urban commutes
- Reduce charging time to enable quick top-ups during the day
- Enhance safety features to address consumer concerns and meet stringent regulations
- Improve power output for better hill-climbing performance
- Integrate smart features for user convenience and scooter fleet management
Battery Specifications
SwiftGlide Scooters required a custom battery solution meeting the following specifications:
- Dimension: Maximum 300mm x 150mm x 70mm to fit within the scooter’s sleek design
- Weight: Not exceeding 2.5 kg to maintain scooter’s lightweight profile
- Voltage: 36V nominal
- Capacity: Minimum 6Ah, with a target of 8Ah for extended range
- Discharge Rating: Continuous discharge rate of 2C, with peak capability of 3C for 30 seconds to handle steep inclines
- Chemistry: Lithium-ion (NMC) for high energy density and good cycle life
- BMS (Battery Management System):Advanced cell balancing with overcharge and over-discharge protection
- Bluetooth connectivity for pairing with smartphone app
- Temperature monitoring and thermal management
- Regenerative braking energy recapture
- Certifications: UL 2272, IP65 rating for water and dust resistance
Solution Design
We developed an advanced battery solution for SwiftGlide Scooters:Utilized high-energy density NMC cells with optimized packaging for maximum capacity in limited space
- Implemented a lightweight yet durable casing with built-in shock absorption
- Integrated a smart BMS with machine learning capabilities for adaptive performance and user behavior analysis
- Developed a proprietary fast-charging protocol compatible with common urban charging stations
Implementation Process
- Collaborated closely with SwiftGlide’s design team through multiple prototyping phases
- Conducted extensive field testing in various urban environments and weather conditions
- Provided comprehensive support for integration with SwiftGlide’s mobile app and fleet management system
Performance Data
- Riding range increased by 40%, from 20 km to 28 km on a single charge
- Charging time reduced by 50%, achieving 80% charge in just 1.5 hours
- Battery weight reduced by 10%, from 2.5 kg to 2.25 kg
- Power output improved by 20%, enabling better performance on urban inclines
Conclusion
This case study demonstrates our expertise in creating custom battery solutions for the evolving personal mobility industry. By addressing SwiftGlide Scooters’ specific needs and exceeding their expectations, we’ve showcased our ability to deliver innovative, high-performance power solutions that enable our clients to lead in the competitive urban mobility market.
This custom battery solution has truly set our scooters apart in the market. The extended range and fast charging have been game-changers for our urban commuter target audience. The enhanced safety features and smart connectivity have significantly boosted consumer confidence in our product.
