Wireless Charging Systems for Autonomous Robots
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Charging Robotics Signs Non-Binding Memorandum of Understanding with Deliverz AI to Develop Wireless Charging Systems for Autonomous Logistics Robots
Globenewswire· 2026-01-14 14:29
Core Viewpoint - Charging Robotics Inc. has signed a non-binding Memorandum of Understanding (MOU) with Deliverz.ai Ltd. to explore a partnership for developing customized wireless charging systems for Deliverz's autonomous robots [1][5]. Group 1: Partnership Details - The MOU outlines collaboration on developing, testing, and integrating an advanced wireless charging system specifically for autonomous robots used in logistical tasks within enclosed environments such as hospitals and industrial sites [2]. - The partnership is contingent upon the execution of a binding agreement and the fulfillment of certain conditions [2]. Group 2: Responsibilities and Contributions - Charging Robotics will create a prototype charging system, which includes a transmitter connected to power and a receiver on the robot side, while ensuring compliance with safety and regulatory standards [3]. - Deliverz will provide the robot specifications, designs, and testing support, and will integrate the charging system into its robots' software and hardware [3]. Group 3: Initial Steps and Benefits - Initial steps include building a working prototype, conducting a pilot at a customer site, and subsequently deciding on a full commercial agreement [4]. - This partnership emphasizes the practical application of Charging Robotics' wireless charging technology, which aims to reduce downtime and simplify operations in busy indoor environments [4]. Group 4: Company Background - Charging Robotics is focused on developing automatic wireless charging solutions, including robotic and stationary systems for electric vehicles (EVs) [6]. - The company’s robotic solutions allow drivers to initiate charging via a smartphone app, while stationary systems provide charging capabilities in automatic car parks where traditional plug connections are not feasible [6].