Energy downtime
A robot waiting to charge should not reduce shift capacity; the energy plan follows the mission profile.
/ SMART MOBILE ROBOTS
Accessories and Shop-Floor Equipment
Complete the robot system on site, from charging to load transfer.
Automatic charging, call, transfer, network and safety equipment enable the mobile robot fleet to interact reliably with the production environment.
Explore
Turn the robot fleet into a complete system that keeps running, with charging, transfer and safety equipment.
Missing interfaces
Stations, conveyors and doors have to operate within the same scenario as the robot.
Shop-floor interaction
Operator calls, signalling and access control must follow one consistent scheme on site.
Complete the robot's interaction
with its environment using the right equipment.
Charging, load transfer, call, network and shop-floor interfaces are designed together to ensure continuity across the mobile robot solution. Every peripheral is selected specifically for the project, taking the robot type, load, task frequency, shop-floor safety and maintenance access into account.
Automatic charging stations
Enable opportunity charging and automated battery management according to the fleet plan.
Battery swap station
Swaps the depleted pack automatically so the robot returns to duty without waiting for a charge.
Station and transfer equipment
Complete conveyor, alignment, racking and load-detection interfaces.
Call and safety equipment
Establish shop-floor interaction through push buttons, signal lights, doors and access control.
Network and communication infrastructure
The shop-floor network is planned for uninterrupted wireless coverage and RCS connectivity.
Positioning and floor marking
Navigation references are established with QR codes, reflectors and floor markings.
/ CHARGING STATIONRA-CH-48/30B
RA-CH-48/30B
smart charging station.
Designed for the smart charging of the mobile robot battery pack, the station works with 48 V / 30 Ah packs. Robots dock on their own between missions, while charging duration and frequency are managed through the fleet plan.
- Flexible dockingTwo-stage springs absorb the impact as the robot docks and secure reliable contact.
- Battery managementHikrobot's in-house battery management system monitors the charging curve and pack condition.
- Fast chargingHigh-power supply enables opportunity charging within short break windows.
- Dual modeAuto and manual charging modes cover production and maintenance scenarios alike.
- LCD interfaceThe touch screen displays output voltage, charging current, operating mode and alarm messages.
- ProtectionOutput current, short-circuit and reverse-polarity protection are built into the station.
A fleet that never waits to charge,
shift after shift.
Automatic battery swap
The robot docks and the depleted pack is exchanged for a charged one in roughly 100 seconds.
Simultaneous charging capacity
More than 40 battery packs are charged at the same time inside the station, managed as a shared pool.
Supported fleet
Sites running 200+ mobile robots simultaneously can operate the battery cycle from a single point.
Charging efficiency
According to Hikrobot figures, the swap cycle delivers up to 50 times higher efficiency than static charging.
Select by mission profile,
validate on the shop floor.
- Energy planShift duration, task density and break windows determine whether charging or swapping is the right model.
- LayoutStation, transfer and call equipment are placed so that robot traffic is never interrupted.
- CommissioningDocking, charging and safety scenarios are tested with real loads and the maintenance team is trained.
How we turned a similar need
into an operating solution.
Customer and facility information has been anonymized to meet confidentiality obligations.
Let’s analyse storage and flow
around your real operation.
Share load profiles, throughput targets and space constraints so the right architecture can be assessed.
Request a storage and flow analysis Your request is routed directly to the relevant engineering team.