Episode 4 | Segway Battery Solutions: Safe, Compatible, and Engineered for Shared Micromobility

Cross-Category Compatibility

The 36V Max Series (models NEE1006-M1 and NFCP3628B) is fully compatible with both Max Series shared e-scooters and Urban A200 Series e-bikes. This cross-category design eliminates compatibility barriers between e-scooters and e-bikes, while also removing the need for separate battery inventories when operating Max Series e-scooters and Urban A200 Series e-bikes. As a result, it significantly reduces inventory holding costs and streamlines warehouse management processes.

Broad Vehicle Model Coverage

Segway batteries are engineered for cross-compatibility across multiple vehicle models, ensuring that a single battery type can power a diverse fleet. In real-world operational scenarios, operators often manage not just one specific model, but also its successors from the same product line. This versatility directly translates to measurable operational cost savings.

• 36V Max Series: Supports up to 9 vehicle models (Max Pro/Max Plus/Max Plus X/Max S90L/Max S100/Max S100X/Max S100L/Urban A200/Urban A200P) ;
• 48V Lite Series: Compatible with 3 models of Lite series of Lite L60E/L60L/L60X;
• 46.8V Apex Series: Works with Apex series of D110L and D110X;
• 46.8V B Series: Supports 2 Urban series e-bike models (Urban B100/Urban B200)

This broad compatibility reduces the variety and quantity of batteries required for operations, optimizing battery asset efficiency, cutting upfront investment, and minimizing downtime associated with battery swaps or replacements—all enabled by the multi-use capability of a single battery type.

BMS (Battery Management System)

The BMS is a critical and essential system for battery safety, and an active guardian of the battery’s health, integrating real-time monitoring, proactive protection:

• Monitors the temperature of critical battery components to prevent overheating.
• Protects against overcurrent, overvoltage, undervoltage, short circuits and extreme temperatures during charging and discharging cycles.
• Enables automatic cell balancing to maintain consistent cell performance and extend battery lifespan.

Rugged Structural Design

Segway batteries are built to withstand the rigors of real-world use, with a design that prioritizes durability:

• A reinforced shell and dust-proof construction that shields internal components from impacts, debris, and wear and tear.
• An IPX7 waterproof rating that enables resistance to water ingress.

Rigorous Validation: Testing as a Core Prerequisite

At Segway, we adhere to a core principle: safety and quality are designed into a battery, not merely achieved through testing. That said, rigorous validation is an indispensable step before any battery is put into deployment.

Every Segway battery undergoes over 40 reliability tests, categorized into four critical dimensions:

• Fundamental performance tests
• Environmental and reliability tests
• Mechanical reliability tests
• Electrical safety performance assessments

Top-Tier Partnerships: Sourced for Excellence

Segway partners with industry-leading suppliers such as Samsung and LG for battery cells and packs, ensuring every unit features premium components and cutting-edge technology. This commitment to quality sourcing guarantees consistent performance and long-term reliability.

Global Compliance

Segway batteries comply with stringent international standards—an essential requirement for confidently deploying fleets in markets worldwide. To meet diverse market needs, they are supported by relevant certifications, including CB, UL2271, EU Battery Directive, RoHS/PoPs, UN38.3, SDS/MSDS, UKCA, KC, and GOST-R.

Proven Track Record: Trusted by Industry

With nearly 2 million batteries delivered and deployed across the shared micromobility sector, Segway’s battery solutions stand as the industry’s largest fleet, validated through real-world operational scenarios. They have proven to deliver high utilization rates and consistent, reliable performance in daily use.