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

A robot battery is rarely a one-size decision. A fleet that starts with a light platform often grows into heavier duties, and a pack chosen for day one can become a limit by month six. The SEER Robotics Modular Battery (SBP-48V23AHLS) is built around that reality: instead of asking you to guess your final power need, it lets you add packs as the need appears.

The product is available through this page, by quotation.

Background

SEER Robotics and its lineage

SEER Robotics (06106.HK) is a platform-based embodied intelligent robotics company built around the Robot Brain. It serves 2,500+ customers worldwide with intelligent robotics solutions. That context matters for a battery, because a company that builds robots and the software that drives them understands what a power pack must survive in daily service: repeated charge cycles, short bursts of high current and the need to certify the finished machine.

The company's catalog reaches from autonomous forklifts and pallet trucks to navigation and obstacle avoidance lidars. The modular battery sits beside them as a power component for robot builders and integrators. Buyers who are assembling a wider power setup can also browse the Robot Batteries category, and those looking at vehicles and equipment for the warehouse floor can look at Factory Robots.

Positioning and key technology

The central idea of the SBP-48V23AHLS is its plug-and-play modularity. Based on that method, 1~5 battery packs can be automatically connected in parallel, which doubles the output power and endurance. Through this modular combination, the product meets the 1 kW~5 kW battery needs of the Robots industry.

The second pillar is certification. The battery carries CE / UL / ISO / FCC and other global certifications, and its safety protection design meets the EN13849-2015 standard. For anyone who must certify a robot for several markets, a battery that already arrives with this paperwork removes one open question from the project.

Technical Specifications

Specifications as published by the manufacturer; 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, the charger compatibility, the contents of the box or the display and indicators; they are confirmed at quotation.

What makes a modular battery different from a single fixed pack?

A fixed pack is sized once. If the robot later needs more run time or more power, the owner must replace the pack, redesign the compartment and often repeat part of the validation. A modular design changes that order of events. You begin with the pack count that your first application requires and add packs when the duty grows.

The SBP-48V23AHLS supports between one and five packs in parallel, connected automatically on the plug-and-play principle. This doubles the output power and endurance, and the combination covers a range of 1 kW~5 kW. For an engineering team, this means one pack type can serve several robot designs, which simplifies purchasing, spare parts and training.

The compact body also helps. At 380 x 220 x 100 mm without the connector, the pack is a flat, rectangular unit that designers can plan around when they lay out a chassis. Remember that the connector adds to these dimensions, so allow for it in your drawings.

How does the battery handle charging and discharging?

The electrical figures describe the limits within which the pack operates. The limited charge voltage is 58.4 V and the maximum charge current is 23 A. The maximum discharge current is 30 A for less than 5 s, a figure that speaks to short peaks, such as a robot accelerating or lifting, rather than continuous load.

Charging is specified from 0 °C to 45 °C. In a warm climate, that upper limit deserves attention: a charging area that sits in direct sun or a closed, unventilated room can approach it, so plan shade and airflow where robots are charged. Packs leave the factory at a shipment battery level of 40% to 60%, so they arrive partly charged and should be charged before first use.

Two details a buyer will certainly ask about are the continuous discharge current and the compatible charger. Raise both when you request your quotation so that the pack and the charging equipment are matched before the order is placed.

Who is the SEER Robotics Modular Battery for?

The first group is robot manufacturers and system integrators. They benefit most from a pack that scales: one component, one qualification effort and several power levels. The global certifications and the EN13849-2015 safety design are a practical help when the finished robot must be certified for export.

The second group is operators of automated warehouses and factories who maintain or upgrade mobile robots and need a dependable power source for them. Because packs can be added in parallel, a fleet can be adapted as shifts become longer or loads heavier.

The third group is research teams, universities and technical schools that build robot prototypes. A modular pack lets them change the power configuration between experiments without starting over.

This battery is less suited to buyers who want a single sealed, fixed-capacity unit with every detail printed on a label today. Projects with a hard requirement on the IP rating or the energy capacity in Wh should raise those points when they request a quotation.

What is the SEER Robotics Modular Battery used for?

1. Autonomous mobile robots: Powers platforms that move goods through warehouses and production halls.
2. Robot prototyping: Gives builders a pack that grows with the design as power needs become clearer.
3. Fleet upgrades: Adds capacity to existing robots by combining more packs in parallel.
4. Industrial automation cells: Supplies mobile equipment that works inside an automated process.
5. Export-oriented robot projects: Supports certification work with CE / UL / ISO / FCC and other global certifications.
6. Teaching and research: Serves laboratories that test robot behavior at different power levels.

Pricing and Availability

This product is sold by quotation, and no price is printed on the page. Send a request that states how many packs you need, the robot or application, and the charging equipment you plan to use. Delivery, customs and support are arranged with the quotation, so you receive one clear plan instead of separate surprises later. The SEER Robotics Modular Battery (SBP-48V23AHLS) is available on this page.

Frequently Asked Questions

How many packs can be connected together?

1~5 battery packs can be automatically connected in parallel on the plug-and-play principle. This is how the modular combination reaches the 1 kW~5 kW range.

What are the charging limits?

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.

What is the maximum discharge current?

The maximum discharge current is 30 A for less than 5 s. Ask for the continuous discharge current when you request your quotation.

What are the dimensions of the pack?

The pack measures 380 x 220 x 100 mm (length x width x height), without the connector. Allow for the connector when you plan the space in your robot.

Which certifications does it carry?

The battery has CE / UL / ISO / FCC and other global certifications, and its safety protection design meets the EN13849-2015 standard.

Is an IP rating or a Wh capacity given?

Neither figure is given for this pack. Ask for both when you request your quotation.

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

You can request it through this page, where it is supplied by quotation. The cost depends on the number of packs and the delivery arrangements, so it is given in the quotation rather than printed here.

Summary

The question that opened this page, how much battery is enough, does not have to be answered on day one. The SEER Robotics Modular Battery (SBP-48V23AHLS) answers it in steps: 1~5 packs in parallel, a 1 kW~5 kW range, a stated charge and discharge profile, and global certifications with a safety design to EN13849-2015. Details such as the IP rating, the Wh capacity and the charger compatibility are settled when you request your quotation. If you are planning a robot or a fleet upgrade and want a power source that can grow with it, this page is the starting point.