由可再生能源系统驱动的自动农业越野车的最新技术

Amin Ghobadpour , Loïc Boulon , Hossein Mousazadeh , Ahmad Sharifi Malvajerdi , Shahin Rafiee
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引用次数: 21

摘要

通过提高能源效率和使用混合动力电动汽车和替代绿色燃料等绿色车辆,实现对化石燃料的独立和减少排放,是全球能源政策的主要目标之一。虽然电动汽车在很多年前就已经推出了,但农业电动汽车最近才受到关注。除了减排,农用电动汽车的好处还包括精确控制、连续变速和过载功能。此外,这种技术为自动联网汽车的出现铺平了道路,从而提高了工作质量,增加了驾驶员的舒适度。随着农用车辆的电气化,现场生产可再生能源以提供所需的电力,作为一种面向未来的方法,在提高效率和能源独立性方面提高了效益。本文概述了以绿色能源为前提的自动农用汽车的发展趋势和未来前景,并将现场能源生产作为副产品。
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State of the art of autonomous agricultural off-road vehicles driven by renewable energy systems

Achieving independence from fossil fuels and reducing emissions by increasing energy efficiency and utilizing green vehicles, such as hybrid electric vehicles and alternative green fuels, are among the main goals of energy policies globally. Although electric cars were introduced many years ago, agricultural electric vehicles have recently gained attention. Beyond emissions reductions, the benefits of agricultural electric vehicles include precise control, continuous variable speeds, and overload capability functionality. Moreover, such technology paves the way for the emergence of autonomous connected vehicles, which enhance work quality and increase operator comfort. Along with the electrification of agricultural vehicles, on-site production of renewable energy to supply their required power enhances the benefits in terms of increased efficiency and energy independence as a future-oriented approach. This paper outlines the trends in development and future perspectives of autonomous farm vehicles premised on green energies, with on-site energy production as a byproduct.

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