CaPow Unveils GEMS – An Intelligent Energy Management System for Robotic Fleets

CaPow, a pioneer in Power-in-Motion energy transfer, is unveiling for the first time at CES 2026 in Las Vegas its GEMS platform (Genesis Energy Management System) – an intelligent energy management solution for mobile robotic fleets.

GEMS provides a comprehensive view of energy consumption across the fleet, enabling remote monitoring, operational recommendations, real-time performance statistics, alerts, fault diagnostics, and advanced optimization of fleet performance. Its goal is to ensure maximum operational efficiency through intelligent management of energy resources. The system integrates seamlessly with existing management platforms such as WMS, WES, and fleet management systems, setting a new standard for smart energy management in robotics.

This announcement follows CaPow’s successful collaboration with Hyundai CRADLE, where pilot results demonstrated 100% fleet availability, ensuring full operational continuity and enabling a measurable reduction in fleet size. This approach led to lower operational costs and the release of significant warehouse space through the elimination of charging stations, allowing more efficient use of facilities.

Professor Scott Galloway and other analysts have pointed to the convergence of AI and robotics as a key growth engine of the coming decade. Today, approximately 1.4 million industrial robots operate in the United States alone, with Amazon running close to one million robots across its logistics fleets. Even under a conservative assumption that 10% of fleet operating time is lost to charging, this equates to the effective downtime of 100,000 robots – a gap that translates, by rough estimates, into $1.1 to $11 billion in capital expenditures (CAPEX).

CaPow is already working with global customers across manufacturing, logistics, and robotics, and is rapidly expanding. In a flagship deployment of CaPow’s Power-in-Motion technology, customers achieved 100% fleet availability, a 50% reduction in automation losses, and annual savings of approximately $2 million. This is where GEMS comes into play – CaPow’s energy management layer delivers full real-time visibility into energy consumption: how many robots are actually operating, how much time is lost due to limited energy availability, and the future economic potential of reducing charging stops to near zero.

CaPow is reshaping the rules of the game, enabling robotics to finally operate at the scale, intensity, and expectations driven by the AI revolution.

Statement from Prof. Mor Peretz, CEO and Co-Founder of CaPow

“This is another step toward a world in which robots operate without energy constraints and realize their full potential. As enterprises increasingly recognize the need for efficiency and intelligent utilization of robotic fleets, energy management becomes a critical factor in achieving competitive advantage. With GEMS, we introduce an advanced energy management layer that enables continuous, intelligent operation, delivers full real-time visibility, and establishes a new foundation for integrating robotics and artificial intelligence.”

About CaPow

CaPow develops an innovative Power-in-Motion energy transfer solution for robotic fleets, enabling continuous energy delivery without charging stops or batteries, while significantly improving the operational efficiency of mobile robotic systems. With a strong commitment to efficiency and sustainability, CaPow is redefining how power is delivered in the modern world.

Founders

• Mor Peretz, CEO and Co-Founder, is a globally recognized expert in power electronics and energy transfer, a professor at Ben-Gurion University of the Negev, and the driving force behind the academic research that formed the technological foundation of the company.
• Eli Abramov, Co-Founder and VP R&D, leads CaPow’s energy systems development and engineering architecture, bringing deep experience in advanced hardware and electronics development.
• Alon Cervera, Co-Founder and Chief Scientist, contributes extensive expertise in electrical and robotic systems R&D and is responsible for shaping the company’s scientific and technological vision.

CaPow emerged from applied academic research and was founded with the mission of bridging scientific breakthroughs and large-scale industrial deployment.

Image: Gems CaPow BY מיכאל סוקולוב