State of the art of the optimisation of the selection and use of renewable energies for the agricultural environment

Q4 Energy
A. León-Vinet, E. Peñalvo-López, I. Valencia-Salazar, Cárcel-Carrasco
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引用次数: 0

Abstract

A combination of different energy generation sources, together with the possibility of installing batteries or other forms of energy storage systems, can enable the adaptation of the generated electricity to the needs of the farming sector. From optimal irrigation schedules for crops, to taking advantage of pruning waste to generate electricity at times when other sources are not able to generate it, this fitting can allow the farmers to focus solely on the wellbeing of the plants, without worrying about energy prices. On the other hand, it also provides the possibility of maximising energy production on days where the crop health is already ensured. In summary, this study is the first steps to work on what is missing to create hybrid energy systems that can adapt to the needs of the crops and their ecosystem. These hybrid energy systems applied on farms can improve the wellbeing of isolated areas, such as islands, industrial sites, or villages, helping the owners provide benefits for themselves and their communities.
为农业环境优化选择和使用可再生能源的最新技术
不同能源的组合,加上安装电池或其他形式的储能系统的可能性,可以使产生的电力适应农业部门的需求。从作物的最佳灌溉计划,到在其他资源无法发电时利用修剪废弃物发电,这种装置可以让农民专注于植物的健康,而不必担心能源价格。另一方面,它还提供了在作物健康已经得到保证的日子里最大限度地提高能源生产的可能性。总而言之,这项研究是研究创造能够适应作物及其生态系统需求的混合能源系统所缺少的东西的第一步。这些应用于农场的混合能源系统可以改善孤立地区的福祉,如岛屿、工业基地或村庄,帮助业主为自己和社区带来利益。
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来源期刊
Renewable Energy and Power Quality Journal
Renewable Energy and Power Quality Journal Energy-Energy Engineering and Power Technology
CiteScore
0.70
自引率
0.00%
发文量
147
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