1-2h
1-2h Fast Charge
Validated fast-charge profiles return vehicles to service between rental and delivery windows.
High-Performance Two-Wheel EV Power LiFePO4 Battery Solutions for Industrial Fleets, Sharing Platforms & OEM Programs
Compact LiFePO4 battery packs for e-bikes, e-scooters, and two-wheel EV OEM programs, engineered for lightweight integration, high energy density, and fast charging. High energy density cells with ultra-fast charge support, BMS with CAN/RS485 for vehicle integration, and Poland Local Warehouse delivery for European OEM and fleet programs.
Cells
Packs
ESS
Situation
E-bike and e-scooter OEMs and sharing-platform operators need compact, lightweight battery packs that deliver high energy density, fast charging, and reliable cycle life within constrained vehicle enclosures.
The Challenge
Lead-acid and low-quality lithium packs in two-wheel platforms suffer from voltage sag on hills, slow charging that keeps vehicles off the road, and premature capacity loss that shortens vehicle life. Mismatched BMS behavior with vehicle controllers causes cutoffs during acceleration and hill climbs.
How do you select a LiFePO4 two-wheel EV battery with high energy density, fast charging, and drop-in controller compatibility?
Our Answer
SSLBATT two-wheel EV packs pair high energy density prismatic cells with a BMS tuned for acceleration and hill-climb profiles, delivering stable voltage without cutoffs and supporting fast charge for high fleet turnover. CAN/RS485 communication integrates with vehicle controllers and sharing-platform telematics, and Poland Local Warehouse supports 3-7 Days DDP for European OEM programs.
High Energy Density Cells
High energy density prismatic cells deliver maximum range within compact enclosures, with stable voltage under load for acceleration and hills.
Fast Charging Support
BMS profiles support fast charging cycles to keep fleet vehicles on the road with high turnover, validated against your charger before shipment.
European Deployment Schedules
Poland Local Warehouse planning supports 3-7 Days DDP for qualified European OEM and fleet programs.
Fleet Economics: Vehicle Uptime, Swap Turnover, and Battery Cost per km
For sharing platforms and courier fleets, revenue tracks vehicle availability. Packs that fast-charge safely and hold capacity through thousands of urban cycles cut both downtime and the per-kilometer battery cost that dominates fleet TCO.
60%
-60% Pack Weight
Lighter packs extend real-world range and cut rider fatigue on hill-terrain routes.
0
0 Battery Swaps Wasted
SOC/SOH telemetry tells the depot which packs to rotate — no pulling healthy batteries for charging.
6000+
6000+ Cycle Cells
Cycle-life-first cell selection protects fleet economics under daily deep urban discharge.
Lead-Acid / Generic Lithium vs. SSL Two-Wheel Packs
Structured, crawl-friendly comparison for buyers: range behavior on hills, fast-charge safety, BMS cutoff risk, and lifecycle cost per kilometer.
Legacy Option
Lead-Acid / Generic Lithium
Range fade and downtime
Range & Hills
Voltage sag on gradients; usable range shrinks visibly within the first service year.
Charging
Slow charge cycles or undocumented fast-charge profiles that quietly kill capacity.
BMS Behavior
Overcurrent windows copied from other applications trip during acceleration, stranding riders.
Lifecycle
Premature capacity loss forces pack replacement waves across the fleet.
Recommended Upgrade
SSL Two-Wheel Packs
Built for daily urban duty
Range & Hills
High energy density prismatic cells hold voltage through sustained gradients and acceleration.
Charging
Fast-charge profiles validated against your charger model before shipment — speed without capacity loss.
BMS Behavior
Overcurrent and thermal limits tuned to two-wheel drive profiles; CAN/RS485 feeds telematics SOC/SOH.
Lifecycle
6000+ cycles at 80% DoD with per-batch test documentation keeps replacement planning predictable.
Typical Deployment Scenarios
Configuration patterns we engineer for — matched to your duty cycle and site constraints. View all case studies →
Installation photo coming soon
Quick-swap connectors and lockout latching minimize rider downtime between deliveries.
Scenario 1
Courier Delivery Fleet Packs
Installation photo coming soon
Cabinet charging manages cell temperature and SOC windows for pack longevity.
Scenario 2
Sharing Platform Swap Stations
Installation photo coming soon
Communication protocol matched to your motor controller before production tooling.
Scenario 3
OEM Vehicle Line Integration
Installation photo coming soon
Cell selection prioritizes cycle life over energy density for daily full discharges.
Scenario 4
Daily Deep-Cycle Urban Duty
Installation photo coming soon
Discharge curves verified against sustained gradients and regen-braking recovery.
Scenario 5
Hill-Terrain Route Fleets
Installation photo coming soon
CAN or RS485 data feeds report SOC, SOH, and fault codes to fleet dashboards.
Scenario 6
Fleet Telematics Rollout
Engineered for Your System
Recommended products for two-wheel EV ESS. Each option is configurable for voltage, capacity, connector, and BMS communication.
Product image coming soon
48 V / Custom
48 V LiFePO4 Battery Packs for OEM EV Fleet Power | SSLBATT
48 V LiFePO4 battery packs engineered for two-wheel EV fleet applications, with high energy density and fast charging support.
OEM
Voltage
48 V
Capacity
Custom
Cycle life: 6000+ cycles
View SpecsIntegration Checklist
Send these 6 items to get a correct quote (fast)
Required voltage, peak current, average load, charger model, enclosure constraints, and communication needs (CAN/RS485).
B2B Lead Form
Ready to Upgrade? Talk to a Battery Engineer.
We respond with a system-fit recommendation (voltage/capacity/BMS/controller profile) and a factory-direct quote.
What you get
Engineering fit check
Controller + charger compatibility
Commercial offer
MOQ / 3–7 Days DDP / Poland Local Warehouse
Faster procurement
Clear specs & BOM notes
Submit Request
Tell us your application
We respond within 1 business day.
FAQ
FAQ: Two-Wheel EV ESS
Quick answers for procurement and engineering teams.
How do you tune a LiFePO4 two-wheel EV battery BMS to prevent cutoffs during hill climbs and acceleration?
How do you tune a LiFePO4 two-wheel EV battery BMS to prevent cutoffs during hill climbs and acceleration?
Our BMS is factory-tuned to two-wheel drive profiles, validating overcurrent limits, temperature thresholds, and controller communication against your platform before shipment, so the pack delivers peak current without nuisance cutoffs.
What charger settings and output limits do you need to size a drop-in replacement two-wheel EV LiFePO4 battery?
What charger settings and output limits do you need to size a drop-in replacement two-wheel EV LiFePO4 battery?
Share your charger model and settings, pack voltage and capacity target, peak discharge current, enclosure dimensions, and controller type. These inputs allow us to validate drop-in fit, BMS limits, and fast-charge profile alignment before sampling.
Can SSLBATT support European low-speed EV programs with Poland Local Warehouse planning?
Can SSLBATT support European low-speed EV programs with Poland Local Warehouse planning?
For qualified European programs, our Poland Local Warehouse supports 3–7 Days DDP delivery with duty-free fulfillment, reducing lead times for OEM and fleet programs.