Cleaning-mode energy
Measure or document drive, brush, suction, pump and controller demand across representative modes.
CLEANING ROBOT BATTERY SYSTEMS
Custom Cleaning Robot Battery Solutions
Stellova develops commercial cleaning robot battery systems and custom robot lithium battery solutions around traction, brush and vacuum loads, duty cycle, docking charge strategy, communication and available installation space.
CLEANING ROBOT CHALLENGES
Cleaning Loads Change Throughout the Operating Cycle
Drive motors, brushes, suction fans, pumps and control electronics create different load profiles across cleaning modes. Battery sizing must consider floor type, cleaning intensity, route length, docking behavior, available space and the required reserve for returning to the charger.
RECOMMENDED BATTERY DEFINITION
Balance Runtime, Package Size and Docking Reliability
The battery is defined from the complete machine rather than a single capacity target.
Return-to-dock reserve
Protect enough usable energy for route completion and reliable return to the charging station.
Compact integration
Coordinate voltage, usable energy, connector, cable exit, mounting and service access with the available battery compartment.
Charging interface
Match the pack and BMS to the dock voltage, current, contact design, wake-up logic and charging schedule.
CLEANING-ROBOT ENGINEERING
Dust, Moisture and Repeated Docking Affect the Pack Definition
Cleaning equipment can combine debris exposure, occasional moisture, vibration, tight packaging and frequent partial charging. These conditions should be defined before mechanical and BMS requirements are frozen.
Variable accessory loads
Include changes in suction, brush pressure, pumps and attachments—not only drive-motor consumption.
Docking behavior
Review contact alignment, repeated partial charging, wake-up logic and reserve for return-to-base operation.
Environmental exposure
Define dust, splash, cleaning-agent and temperature exposure; IP65/IP67 and -20°C to 60°C can be evaluated when the equipment requires them.
Serviceability
Coordinate enclosure access, connector location and replacement procedure with the machine architecture.
ACTUAL BATTERY CASES
Three Cleaning Robot Reference Configurations
The configurations below are actual project references for cleaning equipment. They are engineering evidence, not universal stock products. Each configuration shows only existing, confirmed parameters; blank fields are not inferred.
ModelST-CR-01ST-CR-02ST-CR-03
ApplicationSweeping robotVacuum robotSweeping robot
Nominal voltage14.8 V3.7 V14.4 V
Rated capacity2 Ah10 Ah6.5 Ah
Nominal energy29.6 Wh37 Wh93.6 Wh
Charge limit voltage16.8 V
Charge current2 A2 A
Continuous discharge current4 A
CommunicationRS485 / RS232 / CANRS485 / RS232 / CANRS485 / RS232 / CAN
Protection / operating temperatureIP65 / IP67; -20°C to 60°CIP65 / IP67; -20°C to 60°CIP65 / IP67; -20°C to 60°C
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.
CLEANING ROBOT BATTERY FAQ
Questions Commonly Resolved Before Prototype Release
The final answers depend on the complete machine, cleaning modes and charging station.
How is runtime estimated for a cleaning robot?
Use representative drive, brush, suction, pump and controller loads, plus route time and return-to-dock reserve.
Can the battery work with an automatic charging dock?
Yes, when voltage, current, contacts, alignment, wake-up logic and charge-control behavior are defined together.
Which environmental rating is required?
It depends on dust, splash, cleaning-agent and temperature exposure; the target must be specified for the actual machine.
Are the three configurations standard products?
No. They are project references; the final production battery is customized and approved for the target equipment.
CUSTOMIZATION & RFQ
Provide the Cleaning Modes, Runtime Target and Docking Method
Share the equipment voltage, cleaning modes, motor and accessory loads, runtime target, return-to-dock reserve, charging-station data, installation space, connector, environment, communication, compliance needs and forecast volume. These inputs define the prototype scope.
Review the Engineering Process ↗DISCUSS YOUR CLEANING ROBOT PROJECT
Share the Machine Load Profile and Charging-Dock Requirements
Send the available equipment and charger data. Stellova will identify the missing inputs that materially affect runtime, packaging, charging compatibility and prototype risk.
Discuss Your Cleaning Robot Battery Project ↗