Author: Manish Gupta
Abstract: The increasing demand for automation across industries has sparked a revolution in robotics. With this expansion, the need for energy-efficient systems has become paramount. Sustainable robotics focuses on designing energy-efficient autonomous systems that can operate for extended periods without depleting resources, thereby enhancing the performance and environmental sustainability of robotic applications. This paper explores various design approaches, technologies, and innovations in sustainable robotics, particularly focusing on energy efficiency in autonomous systems. It examines advancements in energy harvesting, battery technologies, power management, and the use of lightweight materials. Additionally, it discusses the challenges faced by engineers and researchers in developing energy-efficient autonomous systems and the future of sustainable robotics.
Keywords: Sustainable robotics, energy efficiency, autonomous systems, energy harvesting, power management, lightweight materials, battery technologies, robotics design, environmental sustainability, energy-efficient systems.
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