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Why Does Power Management Matter in Robotics?


  • OmniOn Power stresses the importance of robust power management.

  • The company evolved from ABB Power Conversion, with a rich heritage.

  • 5G, AI, and innovative power solutions are driving robotics forward.

In the realm of robotics and autonomous technology, the spotlight often turns to advancements in AI, navigation, and obstacle avoidance. Yet, a critical component underpinning the effectiveness of these innovations is the power management systems that keep the robots operational. OmniOn Power Inc., a leading advocate for robust charging and communications infrastructure, underscores the necessity for high-voltage DC, outdoor installations, and adaptable power supplies for robotics, especially for outdoor delivery robots grappling with variable voltage conditions due to battery depletion.

The history of power management in robotics reveals a journey of incremental advancements and the growing importance of reliable energy solutions for autonomous technologies. Over the years, the deployment of indoor mobile robots has surged across various industries, tackling space constraints and labor shortages. Companies have made significant strides in cost optimization and power supply innovation, indicative of the sector’s evolution. This gradual progress underscores the ongoing industry efforts to tackle the complex energy challenges faced by autonomous systems operating in diverse and demanding environments.

What’s OmniOn’s Background in Power Conversion?

OmniOn Power Inc., previously known as ABB Power Conversion, was acquired by AcBel Polytech Inc. in mid-2023 and has since established itself as a trailblazer in power conversion for telecommunications and robotics. The company’s experience with Bell Labs and heritage as part of General Electric Co. and ABB Ltd has positioned it as an industry expert capable of catalyzing the full potential of 5G technology and powering Industry 4.0 innovations.

How is OmniOn Innovating in Power Supply?

OmniOn has acknowledged the need for more innovation in battery technology, particularly for its application in robotics and drones. Extreme temperatures can severely impact battery performance, prompting the company to examine optimal charging times and weight considerations. In a recent scientific paper published in the Journal of Power Sources, titled “Advances in Battery Technologies for Electric Vehicles,” researchers discuss the various emerging battery types, such as lithium-ion and sodium-ion, which OmniOn also recognizes as crucial to the future of robotics and electric vehicles.

What Role Will 5G Play in Robotics?

As autonomous technologies progress, the interplay between edge and cloud computing and the 5G network is becoming increasingly vital. OmniOn Power’s insights on the role of 5G in robotics indicate that while robots and autonomous vehicles require onboard processing for navigation, they will also benefit from the high-speed connectivity of 5G for delivery and reporting functions. Mitra from OmniOn elaborates on the necessity of 5G and peer-to-peer networks for managing the load and scaling up machine learning for transport.

Useful Information for the Reader:

  • Battery technology is advancing to meet the demands of outdoor robotics.
  • OmniOn’s background in telecom and power conversion enhances its approach to robotics.
  • 5G connectivity will be integral to the scalability of robotic applications.

In conclusion, the significance of power management in robotics cannot be underestimated, as highlighted by OmniOn Power Inc.’s efforts. OmniOn’s approach, drawing from its established pedigree, has been instrumental in shaping reliable energy solutions that drive the robotics industry forward. Innovations in battery technologies and the integration of 5G networks are critical in addressing the current challenges and unlocking new potentials in robotic autonomy and efficiency. From indoor mobile robots to outdoor delivery systems, the synergy between power management, connectivity, and automation is paving the way for a more dynamic and interconnected future in robotics.