Solution
The core products of the company are ingenious energy flow management with energy consumption prediction software based on AI and a battery-swapping station integrated with a proprietary AMR robot. This innovative energy transfer approach gives the ability to increase the productivity of AMRs by up to 20% and is a step towards R2G (Robot-to-Grid) solutions.
AMR system
We offer a wide range of AMR robots which are designed to be easily integrated into any application. Our solutions are modular, which enables very simple scaling for projects of different requirements and sizes.
H100 / H250
Size and weight
Max. upload
100 kg
Max. upload
250 kg
External dimentions
750 x 520 x 308 mm
Weight
60 kg
Weight
75 kg
Max. slope
5%
Traversal step
5 mm
Rack mount
16 mount holes
Speed and performance
Max. speed
1,3 m/s
Max. speed
1,1 m/s
Min. corridor width
1,2 m
Positioning
40 mm (coarse)
10 mm (precise)
Safety systems
Sick nanoScan 250°
Supply systems
Battery
22,2 V / 53 Ah
Runtime
8 – 10 h
Runtime
7 – 9 h
Charging time
3 min
Battery life
> 2000 cycles
User supply
12 V / 2 A
24 V / 1 A
VBat / 10 A
Software
Web application
System setup, Map, POI, Diagnostics, Task creation
Control application
Manual driving, Mapping, POI setup
Kiosk
Calling the robot, Releasing the robot, Diagnostics
Management algorithms
Planning and assignment of tasks, Traffic management, Battery replacement planning
Other
Compilance
CE, EMC, EN ISO 3691-4
User interfeces
Ethernet, CAN (OPT), EtherCat (OPT), Safety I/O, Digital I/O
Communication
Wi-Fi / Mesh
Rack
Mobile Rack
Automatic battery swaping station
Manual battery swaping station
Drive
Power management system
The power management system minimizes down/recharge time from even 60 minutes to just 3 minutes sufficient for battery replacement. The whole process is realized fully autonomously without any need for human interaction.
The station with its bank of energy unveils new, powerful benefits related to Robot-To-Grid solutions, energy trading and short and long-term energy consumption prediction. A single station can handle up to 120 AMRs to greatly reduce the total footprint of AMR maintenance system in a warehouse.
Automatic battery swaping station
Manual battery swaping station
Battery
Charger
Battery control
DC/DC
About us
HETBOT is a spinoff company of Lodz University of Technology and was established in 2020. The spirit of the team has been built for nearly 10 years when robotics passionates started designing robots for international robotic competitions reaching top places in robotic events all over the world. The team members received three R&D grants from the Polish National Centre for Research and Development and several different grants worth in total of 1.4 million EUR, which helped the team to develop a concept of modular mobile robots based on ROS1/2 software. The system could be also easily integrated with third-party robots and other vehicles.
Contact us
HETBOT Sp. z o.o.
18 Stefanowskiego street
90-537 Lodz, Poland
© 2022 HETBOT Sp. z o.o. All Rights Reserved