Advancing sustainable manufacturing through smart autonomous robotics

AI technologies are driving progress in automation and mobility, but their high energy demands remain a major challenge. The ITEA project EFICAS addresses this by developing a scalable and energy-efficient AI software platform for mobile and embedded systems, enabling intelligent devices to operate effectively and with reduced power consumption.

Demonstrating energy-optimised autonomous robotics

Within the EFICAS project, Turkish project partner Patika Robotics has developed an autonomous mobile robot, the PTK1350, capable of running continuously in real-world factory settings. A fully operational PTK1350-based test vehicle was successfully delivered to ASAS Alüminyum A.Ş. Mechanical Treatment Facility, to validate EFICAS technologies by autonomously transporting materials while optimising energy use through advanced software integration. During testing, the PTK1350 demonstrated its ability to prioritise tasks, manage battery consumption, and synchronise with other fleet robots to avoid congestion, all orchestrated through the centralised Patika Fleet Management System.

In this video, the operational highlights of the PTK1350 are demonstrated:

The PTK1350 operates by receiving real-time commands via its cloud-connected Fleet Management User Interface, enabling seamless coordination with factory workflows. In the video, the robot autonomously navigates through dynamic production zones, safely transporting aluminium extrusion profile-filled trolleys from manufacturing stations to shipping areas. Equipped with AI-driven path optimisation, the PTK1350 calculates the most energy-efficient routes while avoiding obstacles and adjusting to changing floor layouts. Its onboard sensors ensure precision docking at both pick-up and drop-off points, minimising idle time and energy waste.

This demonstration highlights the potential of combining mobile robotics with AI-driven energy efficiency measures to support more sustainable and intelligent manufacturing processes. The PTK1350’s seamless integration into existing workflows, coupled with its ability to reduce energy consumption by up to 20% compared to traditional transport methods, positions it as a scalable solution for industries seeking to decarbonise intralogistics operations.

More information: https://www.eficas.eu/