Data science for energy applications: A Bibliometric Analysis

Sello Prince Sekwatlakwatla
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引用次数: 0

Abstract

Global digitalization is altering the energy sector, demanding the adoption of data science applications to improve efficiency and innovation, despite the industry's existing data analytics. Data science is revolutionizing the energy and utilities industries, enabling efficient, sustainable, and innovative decision-making through data analysis and smart grid optimization. In the energy industry, organizations are turning to data science to reduce waste, optimize energy usage, and provide alternative energy sources. With the different parts of Africa facing energy crises, different applications are needed to provide a solution. Data science has the potential to provide good information and knowledge that could be used to contribute to energy solutions. To address these concerns, data science models enable utilities to accurately forecast energy demand, enabling efficient generation, distribution, waste reduction, and informed investment decisions by leveraging historical consumption data, weather patterns, and economic indicators. This article aims to explore data science for energy applications. The findings show tools and techniques that can be utilized to provide energy efficiency and energy sustainability through data science applications.
能源应用数据科学:文献计量分析
全球数字化正在改变能源行业,要求采用数据科学应用来提高效率和创新,尽管该行业已有数据分析技术。数据科学正在彻底改变能源和公用事业行业,通过数据分析和智能电网优化实现高效、可持续和创新的决策。在能源行业,各组织正在转向数据科学,以减少浪费、优化能源使用并提供替代能源。非洲不同地区都面临着能源危机,因此需要不同的应用来提供解决方案。数据科学具有提供良好信息和知识的潜力,可用于促进能源解决方案。为解决这些问题,数据科学模型可使公用事业部门准确预测能源需求,从而实现高效发电、配电、减少浪费,并利用历史消费数据、天气模式和经济指标做出明智的投资决策。本文旨在探讨数据科学在能源领域的应用。研究结果展示了通过数据科学应用提高能源效率和能源可持续性的工具和技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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