菲律宾农业可持续发展的能源管理趋势

Christan Hail R. Mendigoria, Ronnie S. Concepcion, E. Dadios, E. Sybingco, A. Bandala
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引用次数: 4

摘要

自工业现代化以来,气候变化对环境的影响令人担忧。工业中使用不可再生能源的传统能源做法对全球生态系统构成威胁。因此,应重视可再生能源和能源管理战略的需要。因此,能够开发新的和可持续的解决方案是处理气候变化影响的方法问题。能源的可持续发展要求可再生能源的利用及其在工业中的有效利用。本研究介绍了可再生能源,特别是太阳能和风能,以及农业对能源的需求。能源管理的标准和法规正在全球以及菲律宾实施,以支持环境工作。能源管理系统采用了促进可持续性的现代技术。此外,关于农业可再生能源管理系统的出版物总数在过去10年一直在增加,平均增长率为10.2%,2018年和2019年的出版物总数分别为810和926。预计到2030年和2040年,发表论文的数量将分别增长71.1%和134.3%。最后,随着未来几年出版物数量的增加,现代战略和技术预计将不仅适用于农业工业的能源管理系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy Management Trends for Sustainability in Agriculture Industry of the Philippines
Since the modernization of industries, the impacts of climate change to the environment have been alarming. The conventional energy practices in the industry which uses non-renewable energy sources pose threats to the global ecosystems. Hence, the need for renewable energy and energy management strategies should be given importance. With that, being able to develop new and sustainable solutions is a matter of approach to deal with the effects of climate change. Sustainable development in energy demands the use of renewable energy sources and its efficient utilization in the industry. This study presents the renewable energy sources particularly solar and wind energy as well as the demand of energy in agriculture. Standards and regulations for energy management is being implemented globally as well as in the Philippines to support the environment efforts. Energy management systems have adapted modern technologies that bolsters sustainability. Further, the number of total publications on renewable energy management systems in agriculture has been increasing with an average growth rate of 10.2% for the past 10 years and total publications of 810 and 926 in 2018 and 2019, respectively. The number of publications is also forecasted to increase by 71.1% and 134.3% in 2030 and 2040, respectively. Lastly, with the increasing number of publications in the following years, modern strategies and technologies are expected to be adapted by energy management systems not only in agriculture industry.
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