THE FUTURE OF ROBOTIC VEHICLES WITH THE CONTRADICTIONS OF PROCESS IN THE GREEN AGENDA AND PRODUCTION OF DIFFERENT POWER SOURCES
DOI:
https://doi.org/10.61837/mbuir020224006vKeywords:
robotic vehicles, green agenda, car manufacturing sector, artificial intelligence, advanced production technology approaches, power sourcesAbstract
The use of different types of cars produces paradoxes when externalities such as environmental damage are taken into account. Using an empirical method, we have attempted to analyze the contradictions within the green agenda. The proposed techniques do not have to be implemented during the study phase. The article attempts to examine current global patterns in order to identify future alternatives for replacing old infrastructure. In an era of rapid technological growth, the automotive manufacturing sector is undergoing significant changes. This transformation involves replacing outdated infrastructure with sophisticated software and energy-saving components. Although the changes represent exciting solutions, they also pose significant obstacles, especially in achieving environmental sustainability goals. The integration of automation, artificial intelligence, and modern manufacturing technologies may result in a lower demand for workers in conventional industries. The complexity of the process refers to the transformation of sustainable methods, especially in the production of batteries for electric vehicles. We used empirical research in the field of sustainable energy management, circular economy and urban planning projects to reduce energy demands. By collecting and analyzing real-world information, we hope to provide evidence-based insights into the effectiveness of different methods and policies. In ensuring a resilient and sustainable future for transport, EU regulation is key in combining environmental care with economic viability. Our research shows a historic change in the transport sector, with autonomous cars playing a key role in designing future mobility options.
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