OmniOn Power Inc., following its evolution from ABB Power Conversion, is addressing the critical need for reliable charging and communication infrastructure in the realm of autonomous vehicles and delivery robots. As these technologies become more prevalent, the focus isn’t just on safe navigation but also on how these machines will maintain power and connectivity. Gopal Mitra of OmniOn highlights the challenge of powering outdoor delivery robots, emphasizing the shift from indoor to outdoor applications and the necessity for robust power solutions.
OmniOn’s approach encompasses cloud and edge computing support, backed by 5G technology, and solutions for high-voltage DC power and outdoor installations. The company’s history, enriched by its affiliations with Bell Labs, GE, and ABB, lends it a wealth of experience in telecommunications, now pivoting towards enabling autonomous systems in various sectors, including retail and warehousing.
The discussion on power management for robotics delves into the trade-offs between battery longevity and weight, the impact of environmental conditions like extreme temperatures, and the exploration of battery technologies, including lithium-ion and sodium-ion. OmniOn’s strategic focus is on optimizing power systems to support the autonomy of robots and drones, factoring in the operational demands and environmental constraints.
Mitra also touches on the evolving landscape of robotics in warehousing and delivery, underpinned by advancements in fleet management software and AI, which are reshaping how robots are deployed and managed. The integration of distributed power generation, such as photovoltaic cells, presents a forward-looking perspective on energy management for autonomous systems.
The narrative extends to the broader implications of 5G and edge computing in robotics, where OmniOn envisions a future with scalable machine learning and advanced networking to support the increasingly complex tasks assigned to robots. The anticipation of new demands in robotics, driven by generative AI and humanoid designs, underscores the ongoing need for innovative power solutions that can adapt to the diverse and expanding applications of robotics technology.