Wholesale Robot Batteries for Reliable Power Solutions

A robot battery has to support more than runtime. It also needs to fit the machine, handle motor and actuator loads, work with the charging strategy and exchange battery data with the robot when communication is required.

HSS Energy supplies Robot Batteries for delivery robots, AGVs, AMRs and other autonomous or mobile robotic platforms. Common voltage platforms cover 24V to 48V, with typical capacities from 20Ah to 100Ah. This category mainly uses LiFePO4 chemistry, with the final capacity, current capability, BMS, communication and mechanical layout configured around the robot. Our Robot Batteries series includes products such as 48V 60Ah AMR Battery, 24V 100Ah LiFePO4 Battery, and so on.

Send Your Robot Specs for a Battery Configuration Review

Robot Type • Voltage • Runtime • Current • Battery Space • Charging • Communication • Quantity

Start with the robot's duty cycle

A delivery robot travelling continuously, an AGV moving loads between workstations and an AMR operating dynamically around people and equipment can require different battery configurations even at the same nominal voltage.

· required operating time

· normal and peak current

· motor or actuator load

· charging frequency and available charging window

· battery-space dimensions and weight limit

· communication and monitoring requirements

Runtime and peak current are separate decisions

A battery can have enough Ah for the required shift but still be unsuitable if the BMS or cell configuration cannot support acceleration or other short-duration load peaks.

24V to 48V LiFePO4 platforms

HSS Energy robot battery projects commonly cover 24V to 48V, with capacities typically from 20Ah to 100Ah. LiFePO4 is the main chemistry for this category, especially where repeated cycling, predictable operation and daily use are priorities.

The voltage platform should follow the robot controller and drive system. Capacity should then be selected around operating time, charging opportunities and available space. A larger battery is not automatically better because more Ah also means more size, weight and charging time.

Different robots, different priorities

Robot Platform	Battery Priorities
Delivery Robots	Operating time, compact integration, vehicle weight and frequent stop-and-go movement.
AGVs	Duty cycle, load weight, route length, charging window and communication with the vehicle control system.
AMRs	Dynamic load profile, runtime, peak current, battery monitoring and automatic charging strategy.

Communication and charging integration

Depending on the approved configuration, CAN, RS485 and Bluetooth can be supported for battery data, monitoring or integration with the robot controller. The exact communication protocol should be confirmed for the specific project rather than assumed from the interface name alone.

A matching charger can also be configured. For robots operating throughout the day, battery capacity and charger power should be reviewed together so that available charging windows match the operating schedule.

Connector and mechanical integration

Robot batteries often need to fit a fixed chassis or battery bay. Connectors are therefore matched to the actual robot or machine rather than standardized across the category. For OEM projects, HSS Energy can review enclosure dimensions, cable direction, connector position, service access and mounting requirements together with the electrical specification.

Representative Robot Battery Models

· 25.2V 25.6Ah Delivery Robot Battery

· 25.6V 60Ah AGV Battery

· 25.6V 100Ah AGV Battery

· 48V 30Ah AMR Battery

· 48V 60Ah AMR Battery

These are selected examples rather than the full product range. Other 24V-48V / 20Ah-100Ah configurations can be developed according to runtime, current demand, battery space, communication and charging requirements.

OEM / ODM Robot Battery Development

For new robot platforms and replacement projects, HSS Energy can review voltage, capacity, current capability, LiFePO4 cell configuration, BMS, CAN / RS485 / Bluetooth, charger, connector, enclosure, dimensions, cables, labeling and other project-specific requirements.

Typical development workflow

Requirement -> Battery Proposal -> Prototype -> Robot Test -> Confirmation -> Bulk Production

Testing the sample in the real robot is useful for confirming runtime, current behavior, communication, charging and physical fit before the production specification is finalized.

What to send before quotation

Send the robot type and application, required voltage, required operating time, normal and peak current, motor information, battery-space dimensions, charging method, CAN / RS485 / Bluetooth requirements, connector requirements and expected order quantity.

Fastest way to start

If available, send a robot electrical diagram, existing battery specification or battery-compartment drawing with the enquiry.

Quick FAQ

What voltage and capacity ranges are common?

HSS Energy robot battery projects commonly cover 24V to 48V and approximately 20Ah to 100Ah.

What chemistry is used?

This category mainly uses LiFePO4.

Can the battery communicate with the robot?

Yes. CAN, RS485 and Bluetooth are optional depending on the project. The exact protocol needs to be confirmed with the robot controller.

Can you provide a charger?

Yes. A matching charger can be configured for the approved battery system.

Can the battery enclosure and connector be customized?

Yes. Mechanical dimensions, enclosure, connector and cable layout can be reviewed around the actual robot.

View as

48V 60Ah AMR Battery

HSS Energy 48V 60Ah AMR Battery helps OEM customers source a true 15S LiFePO4 platform with 2.88kWh nominal energy for mobile robot projects. The 48.0V/54.75V architecture supports dock charging and CAN/RS485 integration, while current limits, enclosure and interfaces are confirmed before sampling. The 60Ah platform is intended for AMR projects that need more onboard energy than compact batteries while retaining a true 48.0V nominal route. For system integrators and replacement buyers, the key value is the combination of 2.88kWh energy, dock-charging capability and project-selectable CAN/RS485 integration. HSS uses the target robot's controller, charger, battery bay and protocol as part of the battery specification before a sample is released.

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48V 30Ah AMR Battery

HSS Energy 48V 30Ah AMR Battery helps replacement and OEM customers match compact mobile robots with a 51.2V 30Ah LiFePO4 pack. Its 16S1P architecture, 1.536kWh energy, CAN + RS485 communication and 285 × 230 × 185 mm reference enclosure support fit, protocol, connector and charger compatibility review. The 30Ah platform is aimed at compact AMRs where battery volume, mounting and service access are limited, but the robot still needs a defined LiFePO4 architecture and smart communication path. For replacement and OEM customers, the main advantage is that the electrical platform, enclosure reference and CAN/RS485 interfaces are documented together, creating a clearer starting point for fit, charger and protocol review before a sample is released.

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25.6V 100Ah AGV Battery

HSS Energy 25.6V 100Ah AGV Battery helps OEM and replacement customers source a higher-energy 8S LiFePO4 platform for automated guided vehicles. Its 2.56kWh capacity supports longer charging intervals, while battery-bay fit, current profile, dock charging and CAN/RS485 are confirmed before sampling. The 100Ah version is intended for projects where the vehicle needs a larger onboard energy reserve and longer intervals between charging opportunities. Its 2.56kWh nominal energy gives fleet planners more room to cover longer routes or higher duty cycles, but the benefit only matters when the battery bay and allowable mass can support the larger pack. HSS therefore combines energy sizing with enclosure, charging and communication review before a sample is approved.

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25.6V 60Ah AGV Battery

HSS Energy 25.6V 60Ah AGV Battery helps OEM and replacement customers source a compact 8S LiFePO4 platform for automated guided vehicles. Its 1.536kWh energy, 29.2V charge reference and project-selectable CAN/RS485 support battery-bay, charger, protocol and dock-charging review before sampling. The 60Ah version is positioned for AGVs where compact packaging and planned charging are more important than carrying the maximum possible onboard energy. For fleet and system-integration buyers, the main value is a defined 8S LiFePO4 electrical route combined with project-selectable communication and charging options. That gives the buyer a clearer path to evaluate runtime, battery-bay fit, dock strategy and protocol requirements before investing in a prototype or stocking replacement batteries.

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25.2V 25.6Ah Delivery Robot Battery

HSS Energy 25.2V 25.6Ah Delivery Robot Battery helps replacement customers restore commercial delivery and service robots around a 7S8P Li-ion platform. The review focuses on the original battery, 29.4V charger, enclosure, connector, NTC/ID signals and robot validation before a drop-in replacement is approved. For commercial fleets, the purchasing decision is not only about restoring nominal voltage and capacity; it is about reducing replacement risk when the original battery is aging, discontinued or difficult to source. By treating the original pack as the engineering reference, HSS Energy can review the complete replacement path before a quotation is finalized, helping distributors, service centers and fleet operators avoid a battery that fits electrically but fails mechanically or is not recognized by the robot.

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