Energy Storage & Electric Mobility
Custom electric motorcycle battery pack solutions engineered around traction power, acceleration peaks, riding range, regenerative behaviour, charging method, thermal conditions, communication and vehicle packaging.
APPLICATION REQUIREMENTS
Electric motorcycles combine repeated high-current acceleration, sustained cruise demand, regenerative events and limited installation space. The battery must be matched to the motor controller, charger, vehicle voltage window, thermal conditions and required reserve—not selected from voltage and amp-hours alone.
WHAT TO DEFINE
The first review converts vehicle duty into electrical, mechanical and control boundaries.
Route distance, speed profile, gradients, payload, stop-start frequency and required reserve. Motor-controller demand | Continuous current, peak current, pulse duration, low-voltage limit and regenerative current. Charging system | Charger voltage and current, charge time, connector, interlock and charging temperature. Vehicle integration | Available envelope, mounting, cable routing, CAN or RS485 data, service strategy and target market.
ENGINEERING CONSIDERATIONS
Repeated acceleration and regenerative charging affect cell loading, busbars, BMS limits, contactors, cabling and thermal behaviour. Validation must reproduce the real vehicle profile.
Define current and duration from controller data rather than quoting an unsupported C-rate. Regenerative charging | Confirm reverse-current magnitude, SOC limits and BMS response during braking. Thermal behaviour | Review heat accumulation during repeated acceleration, hill climbing and high-ambient operation. Vehicle controls | Coordinate pre-charge, contactors, wake-up, fault handling and communication with the controller and charger.
REFERENCE CONFIGURATIONS
These configurations are documented project references, not fixed stock products. Only confirmed electrical and interface data are shown; unavailable values are marked with /.
VALIDATION & PRODUCTION READINESS
The validation plan should reproduce acceleration, hill climbing, cruising, regenerative braking, charging and high-temperature operation with the target controller and charger.
Check voltage window, current limits, pulse duration, voltage sag and reserve under representative routes. Controller and charger integration | Verify pre-charge, contactor sequence, communication, regenerative current and charge termination. Thermal and mechanical validation | Confirm temperature rise, mounting, vibration, cable loads and enclosure behaviour on the vehicle. Production release | Freeze approved limits, interfaces, tests and traceability after vehicle-level validation.
FROM REQUIREMENT TO DELIVERY
Stellova leads requirements analysis, coordinates engineering and qualified production resources, manages applicable certification work, performs production quality inspection and remains the direct technical contact after delivery.
View the Engineering Process ↗DISCUSS YOUR ELECTRIC MOTORCYCLE PROJECT
Provide vehicle voltage, route profile, motor-controller current data, regenerative current, charger specification, installation envelope, communication and target market. We will identify the parameters that must be verified before prototype release.
Discuss Your Project ↗