“Sustainable Integration of Energy-Efficient Electronic Systems in Mobile Robotics: Environmental Challenges and Solutions”
Abstract
Mobile robotics, integral to various industries, confronts a pivotal challenge—its environmental impact stemming from energy-intensive electronic systems. This review navigates the landscape of sustainable integration in mobile robotics, addressing environmental challenges and proposing solutions. It explores the ecological footprint of traditional robotic systems, highlighting carbon emissions, resource depletion, electronic waste, and high energy consumption as critical concerns. Solutions encompass energy-efficient design, renewable energy integration, circular economy models, and collaborative initiatives. Challenges, including technological hurdles and cost implications, necessitate innovation and collective action. Future directions emphasize technological innovation, policy frameworks, and education for sustainable robotics. In conclusion, the fusion of technology and environmental stewardship holds promise for a future where mobile robotics advances sustainably, fostering a harmonious coexistence with our planet’s well-being.
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