Application Requirements
Confirm operating voltage, continuous and peak current, duty cycle, runtime, charging method, available space and environmental conditions.
Battery Pack Options
Li-ion and LiFePO4 packs with selected cylindrical or polymer cells, matched to runtime, discharge rate, enclosure and service requirements.
Robotics & Cleaning
Robot vacuums, floor washers, cleaning robots, automated carts and AGV/AMR platforms with repeatable charge-and-discharge cycles.
Mobility & Utility
Mobility devices, portable tools, utility carts, auxiliary power and lead-acid replacement projects that need reliable field performance.
Customization Support
Capacity, BMS limits, CAN/RS485 communication, connectors, harnesses, enclosure, mounting, label and packaging can be reviewed for each project.
Quality & Production
Cell matching, protection testing, capacity verification, sample validation and shipment documentation are planned around the approved battery specification.
Battery Design for Robotics and Cleaning Equipment
Robotics and cleaning equipment place repeated demands on the battery: motor startup, variable traction load, charging dock compatibility and a predictable runtime between service cycles. ASOL reviews continuous and peak current, charger parameters, pack position, connector access and the expected cycle count before selecting the cell structure and BMS. This helps robot-vacuum, floor-cleaner and AGV/AMR projects avoid undervalued peak-current or thermal requirements.
Battery Solutions for Mobility and Utility Equipment
Mobility and utility equipment often operates in less controlled environments, where vibration, long cable runs, intermittent high loads and simple field replacement matter as much as capacity. The same engineering review can support portable tools, utility carts, auxiliary power and selected lead-acid replacement projects. The pack is specified for the actual device and charging system rather than treated as a generic battery module.
Integration, Communication and Sample Validation
For connected equipment, the BMS can be matched to the required protection limits and, where applicable, communication needs. ASOL can review CAN or RS485 requirements, temperature sensing, connector pinout, fuse strategy, mounting and service access. A sample should be validated in the finished machine for runtime, charging behavior, thermal performance and mechanical fit before batch production.
What to Send for a Practical Quotation
Send the current battery label or drawing, device voltage, continuous and peak current, target runtime, charge method, available dimensions, connector details, operating environment, documentation needs and expected quantity. These details let ASOL recommend a suitable cylindrical battery pack, lithium polymer battery or custom solution.
Recommended Battery Solutions
Matched battery packs for robot vacuums, floor-cleaning equipment and utility devices with repeatable operating cycles.
Need an application battery solution?
Send your voltage, capacity, battery space, connector, application and quantity. ASOL will recommend a suitable lithium battery pack solution for your device.
FAQ
Can one battery platform support both robots and utility equipment?
In some cases, yes, but the voltage, peak load, duty cycle, charging method and mechanical integration must be reviewed for each device before using a shared pack design.
Can ASOL support BMS communication for equipment batteries?
Yes. CAN, RS485, temperature sensing and selected monitoring requirements can be reviewed with the device controller and charging system.
How do you select a battery for a robot vacuum or floor washer?
We review voltage, continuous and peak current, runtime, charge method, available space, operating cycle, connector and environmental conditions before recommending a pack structure.
Can a lithium pack replace lead-acid batteries in utility equipment?
It may be possible, but the equipment voltage, charger profile, peak current, installation space, balance and safety protection must be checked first.
Can ASOL customize connectors, harnesses and mounting?
Yes. Connector type, wire length, harness routing, enclosure, mounting points, labels and packaging can be evaluated for the finished equipment.
What battery chemistry is suitable for robotics equipment?
Li-ion is often used for compact, higher-energy applications, while LiFePO4 may suit projects that prioritize cycle life and stable field use. The final choice depends on the device requirements.
Can you support samples before volume production?
Yes. After the electrical, mechanical and protection requirements are confirmed, ASOL can plan samples for fitting, charge and runtime validation.
What information is needed for a quotation?
Send the existing battery label or drawing, device voltage, continuous and peak current, target runtime, charger details, dimensions, connector, environment and expected quantity.
