SEER Robotics SEER Robotics Modular Battery (SBP-48V23AHLS)

Every mobile robot project eventually meets the same awkward question: how much battery is enough? Specify too little and the robot heads back to its charger halfway through a shift. Specify too much and a light-duty platform carries weight and cost that it never puts to use. The SEER Robotics SEER Robotics Modular Battery (SBP-48V23AHLS) takes a different route. Rather than a separate battery for every class of machine, SEER Robotics offers one standard pack that combines with identical packs. The energy system can then grow with the robot instead of being fixed on the drawing board.

Robots Europa, based in Dublin, supplies the SBP-48V23AHLS to robot builders, system integrators and fleet operators across the European Union and the DACH region. Robots Europa prepares each quotation, arranges delivery to your site and remains your point of contact for technical questions once the packs are in service.

Background

SEER Robotics and the Robot Brain

SEER Robotics, listed in Hong Kong as 06106.HK, is a platform-based embodied intelligent robotics company built around what it calls the Robot Brain. It serves more than 2,500 customers worldwide with intelligent robotics solutions. Its portfolio covers the core building blocks of autonomous machines rather than a single robot. A company that thinks in platforms naturally treats power as another standardised module that should behave predictably from one vehicle to the next.

For engineers, the lineage matters. A battery designed by a company that also builds navigation, control and vehicle systems is conceived with the realities of mobile robotics in mind: frequent charging, variable loads and the need to certify the finished machine for different markets.

One pack, many configurations

The defining idea of the SBP-48V23AHLS is modularity. Between one and five packs connect automatically in parallel using a plug-and-play method, and each additional pack adds output power and endurance. Through this modular combination, the pack covers the 1 kW~5 kW battery needs of the robotics industry. A compact inspection robot might run on a single pack, while a heavier transport vehicle might carry several. The integrator works with the same component, the same mechanical footprint and the same charging limits in both cases.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published the continuous discharge current, the storage temperature, the IP rating, the energy capacity in Wh, charger compatibility, the contents of the box or whether the pack carries a display or indicators; Robots Europa confirms these points at quotation.

How does parallel connection of the SBP-48V23AHLS work in practice?

In a conventional design, adding range to a robot usually means a larger custom battery, a new enclosure and often a new round of validation. With the SBP-48V23AHLS, the packs connect in parallel automatically, so an additional pack is a matter of plugging it in rather than re-engineering the power system. Up to five packs can share the load. That gives a design team a clear scale, from a single pack at the bottom of the 1 kW~5 kW range to a full five-pack configuration at the top.

This has consequences beyond the first build. A fleet that standardises on one pack type needs fewer spare part numbers. Technicians learn one connector, one handling procedure and one set of charging limits. When a customer later asks for longer shifts, the answer may be another pack rather than a different battery.

The electrical limits frame how each pack is treated. The limited charge voltage is 58.4 V and the maximum charge current is 23 A, so the charging equipment chosen for the robot must respect both values. The maximum discharge current of 30 A applies to bursts shorter than five seconds. It describes peak capability, for example during acceleration, and should not be read as a continuous rating. Charging is specified between 0 °C and 45 °C, which matters for robots in cold stores or unheated loading areas, where charging stations may need to sit in a tempered zone. Packs leave the factory at 40% to 60% charge, so commissioning should include a full charge before the robot enters service.

Mechanically, the pack measures 380 x 220 x 100 mm without its connector. Designers should allow additional clearance for the connector and cabling when planning a battery bay, especially where several packs sit side by side.

What do the certifications mean for a robot project?

A battery is rarely the product that a customer certifies; the finished robot is. Even so, the battery inside it shapes how smoothly that process runs. The SBP-48V23AHLS carries CE, UL, ISO, FCC and other global certifications, and its safety protection design meets EN13849-2015. For a builder selling into the European Union, CE marking on a core component is a natural starting point for the technical file of the complete machine. For manufacturers who also ship to North America, the UL and FCC certifications support the same component choice across both markets. A single battery choice for robots destined for several regions simplifies documentation, purchasing and service planning. Robots Europa can supply the relevant certificates with the quotation, so your compliance team has them at hand from the outset.

Who is the SEER Robotics Modular Battery for?

The first group is the manufacturer of autonomous mobile robots and automated guided vehicles that builds several models on a shared electrical architecture. For such a company, a pack that scales by count rather than by redesign shortens development and keeps the bill of materials tidy. The second group is the system integrator who adapts robots to individual sites and must match runtime to each customer's shift pattern; the parallel arrangement gives that flexibility without custom battery work.

Fleet operators form a third group. Warehouses, factories and hospitals running mixed fleets benefit from a common pack that service staff can handle, store and swap without a different procedure for every vehicle. Finally, research institutes and development teams building prototypes will appreciate starting small with one pack and adding capacity as the platform matures.

The SBP-48V23AHLS is the only version named in the sources, so there is no sibling pack to steer towards. Buyers comparing alternatives can browse the wider range of Robot Batteries, and those planning complete automated systems will find relevant machines among our Factory Robots.

What is the SEER Robotics Modular Battery used for?

1. Warehouse mobile robots: powering autonomous vehicles that move goods between storage and picking zones.
2. Factory intralogistics: supplying energy to robots that carry parts and materials between production cells.
3. Scalable runtime: extending shift length by adding packs in parallel rather than redesigning the battery system.
4. Fleet standardisation: giving several robot models one common pack to simplify spares and maintenance.
5. Prototype platforms: letting development teams begin with one pack and grow the power budget as the design evolves.
6. Service and inspection robots: running platforms in hospitals, offices and facilities where predictable energy management is essential.

Pricing and Availability

Robots Europa supplies the SBP-48V23AHLS on a quotation basis, as the right number of packs and the supporting equipment depend on your robot and its duty cycle. Tell us about the platform, the expected load and the shift pattern, and we will prepare an offer that reflects your configuration. Delivery, customs and support are arranged with the quotation. To begin, use the quotation request available on this page.

Frequently Asked Questions

How many SBP-48V23AHLS packs can be connected together?

Between one and five packs connect automatically in parallel using a plug-and-play method. Through this combination, the system covers power needs from 1 kW to 5 kW.

What are the charging limits of the pack?

The limited charge voltage is 58.4 V and the maximum charge current is 23 A. Charging is specified between 0 °C and 45 °C.

Is the 30 A discharge figure a continuous rating?

No. The maximum discharge current of 30 A applies to bursts shorter than five seconds and describes peak capability rather than sustained output.

Which certifications does the battery hold?

The pack carries CE, UL, ISO, FCC and other global certifications, and its safety protection design meets EN13849-2015.

How large is a single pack?

A single pack measures 380 x 220 x 100 mm, excluding the connector. Allow additional space for the connector and cabling in the battery bay.

Does the pack arrive fully charged?

No. Packs are shipped at a charge level of 40% to 60%, so a full charge is advisable before commissioning.

Where can I buy the SEER Robotics Modular Battery (SBP-48V23AHLS) and what does it cost?

Robots Europa supplies the SBP-48V23AHLS across the EU and the DACH region. The price depends on the number of packs and your configuration, so it is set out in a quotation prepared for your project.

Summary

The question of how much battery a robot needs usually ends in a compromise fixed early in the design. The SBP-48V23AHLS keeps that decision open: a single certified pack, combined in parallel from one to five units, covers the range from 1 kW to 5 kW without new battery engineering. With clear charging limits, a compact footprint and a safety design meeting EN13849-2015, it gives builders, integrators and fleet operators a common energy building block for very different machines. Robots Europa quotes, delivers and supports it throughout the EU and the DACH region. If you want your robot's power system to grow with your fleet rather than limit it, this page is the starting point.