Artificial Intelligence (AI) and Renewable Energies (RE) are two fields that have a growing intersection. Because of their capability of handling nonlinear and complex data structures, AI technologies are increasingly being used to advance the growth, deployment, and management of clean energy resources. This amalgamation might result in increased efficiency, reliability, and affordability of the production, distribution, and consumption of green energy. This study presents a thorough bibliometric analysis to gain a deeper understanding of the advancements in the use of AI in RE works published between 2019 and 2023, by evaluating 990 manuscripts extracted from the Web of Science database (WoS). This study uses sophisticated bibliometric software (Bibliometrix R, VOSviewer, and CiteSpace) to perform bibliometric analysis and science mapping to assess key characteristics of the research field, such as publishing efficiency, prominent papers, productive researchers, scientific countries, and institutions output, and the intellectual framework in regards to hot topics and rising patterns. According to the analysis’s results, China surpasses the USA and India in the breadth of its international collaborations. Furthermore, journals such as Energies (h-index =16), Applied Energy (h-index =15) and Energy (h-index =15), emerged as key publication venues in the field. The main finding indicates that applications of artificial intelligence (AI) to power system integration can effectively tackle challenges including solar and wind energy forecasting, managing power system stability, and evaluating electricity generation and demand response. This work provides the most recent and focused bibliometric synthesis of AI applications in renewable energy, covering a critical period of rapid growth (2019–2023). Its comprehensive insights into global collaboration patterns, emerging technologies, and thematic evolution offer a valuable reference for guiding future interdisciplinary research and informing strategic energy and AI policies at the international level.
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