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

A mobile robot that cannot pass its safety review never leaves the test bay, however capable its navigation or its drive train. Power sits at the centre of that review, and it is also the part of a robot most likely to change once a platform moves from a single prototype to a working fleet. The SEER Robotics SEER Robotics Modular Battery (SBP-48V23AHLS) answers both pressures with one idea: a certified pack that is designed to be combined with identical packs, so that integrators can resize the energy system while continuing to build on the same module.

Robots Middle East supplies the SEER Robotics Modular Battery to robot builders, system integrators, manufacturers, logistics operators and research organisations across the Middle East. Robots Middle East prepares each quotation, coordinates delivery to your site and remains your point of contact for technical questions once the packs are installed and in service.

Background

SEER Robotics and the Robot Brain

SEER Robotics, listed in Hong Kong under the code 06106.HK, is a platform-based embodied intelligent robotics company built around the Robot Brain. The company serves more than 2,500 customers worldwide with intelligent robotics solutions. Its work spans the control and navigation layer that lets machines perceive and move, and the hardware that surrounds it. A battery from the same source therefore fits a broader logic: the manufacturer thinks in platforms rather than in one-off components, and the battery is treated as a building block of that platform.

A battery designed as a module

Most robot batteries are specified once, sized for the expected duty and then left alone. The SEER Robotics Modular Battery takes a different position. Its defining feature is automatic parallel connection on a plug-and-play basis: between one and five packs can be joined, and connecting packs in parallel raises both output power and endurance. Through this modular combination, the product meets battery needs from 1 kW to 5 kW in the robotics industry. For an engineering team, that means one qualified component can serve several platforms or several duty levels, rather than a separate battery being sourced, tested and documented for each.

Technical Specifications

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

SEER Robotics 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 any display or indicator details; Robots Middle East confirms these at quotation.

How does automatic parallel connection change battery planning?

In a conventional design, the battery is a fixed decision. If a robot later takes on longer shifts or heavier loads, the pack often has to be redesigned, requalified and restocked. With the SBP-48V23AHLS, the question becomes how many identical modules a given platform needs. A light-duty machine may run on a single pack, while a more demanding one can carry several, up to five, connected automatically in parallel.

This has practical consequences beyond the electrical design. Spare-parts holdings can be reduced to one pack type across different machines. Engineering documentation can refer to one qualified module. Procurement can scale quantities rather than switch products. Because the parallel connection is plug-and-play, adding a pack is an assembly step rather than an engineering project, which matters when a fleet is expanding faster than the design team.

The charging figures support that planning. The limited charge voltage is 58.4 V and the maximum charge current is 23 A, which gives integrators fixed values to design their charging stations around. The maximum discharge current is 30 A for less than five seconds, a peak figure relevant to short bursts such as acceleration or lifting.

What do the certifications mean for a robot builder?

For a manufacturer bringing a robot to market, every component either supports the certification file or complicates it. The SEER Robotics Modular Battery carries CE, UL, ISO and FCC certifications among other global approvals, and its safety protection design meets the EN13849-2015 standard, helping customers certify robot functions worldwide.

EN 13849 concerns the safety-related parts of machine control systems, so a battery whose protection design meets it gives the integrator a documented foundation when building the overall safety case. That does not certify the finished robot on its own, as each machine still needs its own assessment, but it means the power module arrives with the type of evidence that auditors and customers routinely request. For projects in the Middle East that serve multinational clients, or that export platforms to other regions, a battery with recognised global certification removes one recurring question from the approval process.

Who is the SEER Robotics Modular Battery for?

The first group is robot manufacturers developing autonomous mobile robots, automated guided vehicles or other battery-powered platforms, who want one power module across a product range. The modular approach suits them particularly well when a family of machines spans light and heavy duties.

The second group is system integrators who build or retrofit robots for warehouses, factories and distribution centres. For them, the certifications and the EN13849-2015 safety design are as important as the electrical figures, because their customers expect documented compliance. Integrators equipping production sites may also wish to browse our Factory Robots range alongside the battery.

The third group is research institutions, universities and innovation labs that build experimental platforms and need a power source that can grow with the project rather than be replaced at each stage.

The sources name a single version, the SBP-48V23AHLS, so there is no alternative trim to steer towards. Buyers comparing power options for other platforms can find further packs in our Robot Batteries category.

What is the SEER Robotics Modular Battery used for?

1. Powering mobile robot fleets – a common energy module for autonomous robots that move goods across a site.
2. Scaling a platform range – one pack type combined in different numbers to suit lighter and heavier machines.
3. Extending operating time – additional packs in parallel to increase endurance on robots with longer duty cycles.
4. Supporting certification work – a power component with global approvals for robots heading through safety and market review.
5. Intralogistics automation – battery supply for automated handling in warehouses and distribution centres.
6. Research and prototyping – a power source that grows with experimental platforms from first build to field trials.

Pricing and Availability

The SEER Robotics Modular Battery is supplied on quotation, so that the number of packs, the intended platform and the technical details of your project can be addressed before an order is placed. Please send Robots Middle East details of your robot, the expected duty and the number of packs you are considering. Delivery, customs clearance and after-sales support are arranged together with the quotation. Our team welcomes your enquiry, and the quotation request is available on this page.

Frequently Asked Questions

How many SEER Robotics Modular Battery packs can be connected together?

Between one and five packs can be connected automatically in parallel using a plug-and-play method. Connecting packs in parallel increases output power and endurance.

What are the charging limits of the SBP-48V23AHLS?

The limited charge voltage is 58.4 V and the maximum charge current is 23 A. These values give a clear basis for designing charging stations.

At what temperatures can the battery be charged?

Charging is specified between 0 °C and 45 °C. Charging areas should be planned so that packs stay within this range.

Which certifications does the battery hold?

The battery carries CE, UL, ISO and FCC certifications among other global approvals. Its safety protection design meets the EN13849-2015 standard.

How large is one pack?

Each pack measures 380 x 220 x 100 mm (L x W x H) without the connector. This helps when laying out the battery compartment of a new platform.

In what state of charge does the battery arrive?

The battery is shipped at a charge level of 40% to 60%. This should be taken into account when planning commissioning.

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

Robots Middle East supplies the battery across the Middle East on quotation. Request a quotation on this page, and our team will reply with a proposal tailored to your number of packs and your application.

Summary

A robot only goes into service once its safety case holds, and it only stays in service if its power system can keep pace with the work. The SEER Robotics Modular Battery brings these two concerns together: global certifications and an EN13849-2015 safety design on one side, automatic plug-and-play parallel connection of up to five packs on the other, covering battery needs from 1 kW to 5 kW. Robots Middle East supports each project from the first quotation through delivery and into service. For integrators and manufacturers who want one certified module to power a growing range of robots, this page is the starting point.