整合精准农业和智能电网技术,促进可持续发展

Stephen Odara, Z. Khan, T. Ustun
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引用次数: 10

摘要

本文提出将精准农业与智能电网技术相结合,作为增加可持续能源供应量的一种途径。农业是完成灌溉、作物收集和加工等任务的一大负荷。此外,利用农业残渣和废物发电的潜力尚未开发。PA涉及对不同感兴趣的变量进行严格和精确的测量,无论是与消耗还是与产生能源有关。这提供的信息可以提高能源需求和供应预测的准确性,这是智能电网更好地管理负荷的基础。这种整合有可能通过降低投入成本,包括废物处理成本,使农业系统受益。此外,它还可以通过消耗碳中性燃料对环境产生积极的好处。此外,如果利用更好的能源管理,为智能农场周围的村庄提供一些多余的电力,可以形成偏远社区发电的基础。
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Integration of Precision Agriculture and SmartGrid technologies for sustainable development
In this paper the integration of Precision Agriculture (PA) and Smart grid technologies is proposed as an avenue for increasing the volume of sustainable energy supply. Agriculture constitutes a large load to accomplish tasks such as irrigation, crop collection and processing. Furthermore, it has an untapped potential for generation of energy from agricultural residue and waste. PA involves exacting and precise measurements of different variables of interest, be it related to consumption or generation of energy. This provides information that can increase the accuracy of energy demand and supply forecasting, the basis of better load management in Smart grid. Such integration has the potential to benefit agricultural systems through reduced costs of input including costs of waste disposal. Furthermore it may also positively benefit the environment through consumption of carbon neutral fuels. In addition, if the better energy management is utilized to give some excess power to the villages around smart farms, it can form the basis for power generation for remote communities.
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