Route energy
Provide distance, speed, stop frequency, slope, curb events and return-to-base reserve.
DELIVERY ROBOT BATTERY SYSTEMS
Custom Delivery Robot Battery Solutions
Stellova develops last mile delivery robot battery and autonomous delivery robot battery systems around route length, payload, traction peaks, stop frequency, charging windows, communication and service access.
DELIVERY ROUTE REQUIREMENTS
A Delivery Route Combines Distance, Stops, Slopes and Payload
Average power alone does not define the battery. Payload, acceleration, slopes, curb events, stop frequency, communications, thermal conditions and return-to-base reserve all affect usable energy and current requirements.
BATTERY DEFINITION INPUTS
Define the Route, Vehicle and Fleet-Charging Strategy
Representative route data and early vehicle estimates are sufficient for the first engineering review.
Payload and traction load
Define normal payload, maximum payload, acceleration and short traction peaks.
Fleet charging
Confirm charger voltage and current, available dwell time, connector or dock and daily operating shifts.
Outdoor integration
Define enclosure space, mounting, vibration, water, dust, temperature and communication requirements.
OUTDOOR DELIVERY ENGINEERING
Outdoor Exposure and Peak Traction Loads Shape the Pack
Electrical design, enclosure integration, environmental protection, fleet charging and BMS communication should be evaluated as one operating system.
Slope and curb events
Distinguish short traction peaks from continuous route demand and state their duration and repetition.
Weather exposure
Define rain, dust, condensation, solar heating, low-temperature charging and storage conditions.
Fleet availability
Coordinate usable SOC window, charging schedule, replacement strategy and diagnostic access.
BMS communication
Define SOC, SOH, fault reporting, temperature data and host-controller messages required by fleet software.
ACTUAL BATTERY CASE
One Verified Delivery Robot Reference Configuration
The configuration below is an actual project reference. It is not presented as a universal stock product, and only confirmed parameters are shown.
Project parameterHow it is defined
ModelST-DR-01
ApplicationDelivery robot
Nominal voltage25.9 V
Rated capacity30 Ah
Nominal energy777 Wh
Charge limit voltage29.4 V
Charge current15 A
Continuous discharge current30 A
Peak discharge current/
CommunicationRS485 / RS232
Protection / operating temperature/
Customization noteAll electrical parameters, communication protocols, IP ratings and operating temperature ranges can be customized according to your equipment and application requirements. If you cannot find the required specification, contact STELLOVA for a custom solution.
DELIVERY ROBOT BATTERY FAQ
Questions to Resolve Before Prototype Release
The final answers depend on the vehicle, route, payload, weather and fleet operating model.
How is route runtime estimated?
Use representative speed, payload, stops, slopes, accessories and weather, then add return-to-base reserve.
Can the pack support fleet charging?
Yes, after the charger, dwell time, connector or dock and daily operating schedule are defined.
Is ST-DR-01 a standard stock product?
No. It is a verified project reference; the production battery is customized for the target vehicle.
Which outdoor rating is required?
The target depends on the enclosure and actual rain, dust, condensation, temperature and cleaning exposure.
CUSTOMIZATION & RFQ
Provide the Vehicle, Route and Charging Requirements
Share the DC bus, traction loads, route profile, payload, target runtime, charging schedule, installation space, communication, weather exposure and forecast fleet size.
Review the Engineering Process ↗DISCUSS YOUR APPLICATION
Share Your Delivery Vehicle and Route Profile
Send the available vehicle, route, payload and fleet-charging data. Stellova will identify the missing inputs that materially affect runtime, peak current, environmental protection and prototype risk.
Discuss Your Delivery Robot Battery ↗