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Tesla is launching its Optimus robot, for example, a general-purpose humanoid meant to perform tasks that are dangerous, repetitive or boring for humans. Google’s DeepMind has partnered with Apptronik to advance humanoid robots for dynamic environments, while Meta is reportedly launching a new division to develop AI-powered humanoid robots for physical tasks.
While most humanoid robots are designed for general-purpose tasks, their deployment in specialised professional fields has so far been limited. Lithuanian firm Exergio, which specialises in AI-driven energy management tools for commercial buildings, aims to change that by bringing humanoid robots to the field.
The company will start training its first humanoid robot this month, it announced today (6 March). It hopes the device could be used to improve management, detect faults and enhance real-time system monitoring in commercial buildings.
“Application of humanoid robots can be used beyond household tasks. They have plenty of potential in professional environments,” said CEO Donatas Karčiauskas.
“Managing energy in commercial buildings is complex. It’s not just about turning off lights or adjusting the thermostat. It requires real-time monitoring, predictive analysis and the ability to act fast. AI-powered humanoid robots can process vast amounts of sensor data, identify inefficiencies and respond instantly to anomalies.”
Examples could include detecting overheating components before they fail, he said, or pinpointing false alarms that would otherwise waste time and resources.
The humanoid robot being used is the G1 from Chinese firm Unitree, Exergio told Professional Engineering. The 1.3 metre-tall, 35kg device uses 3D Lidar and a depth camera for 360º detection, and has a top walking speed of 2 metres per second.
The machines will be equipped with Nvidia’s Gr00t system, which has an AI framework designed to enhance robot perception and motor skills. “We chose the Nvidia Gr00t platform because it provides the adaptability necessary in real-world industrial applications,” said Karčiauskas.
Data collected from various types of properties, including hotels and office buildings, will be used to train robots for different energy management scenarios.
Professional Engineering contacted Exergio for more information about the humanoid robot being trained.
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Content published by Professional Engineering does not necessarily represent the views of the Institution of Mechanical Engineers.