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人工智能技术对新能源企业资源配置效率提升的影响OA

Impact of AI technology on the enhancement of resource allocation efficiency in new energy enterprises

中文摘要英文摘要

在全球能源转型与环境治理双重需求下,人工智能已成为驱动新能源企业效率提升的核心力量.该研究以1991-2023年中国沪深A股新能源上市企业数据为研究基础,构建了融合人工智能技术与新能源企业资源配置的理论模型,运用Richardson残差方法计算新能源企业资源配置效率水平,并采用固定效应模型分析人工智能技术对新能源企业资源配置效率提升的影响.研究结果显示:①人工智能技术对新能源企业资源配置效率具有显著的提升作用,其平均提升效率约2.58%,且研究结论经过一系列稳健性检验后依旧成立.②异质性分析结果显示,西部地区人工智能技术应用对新能源企业资源配置效率的提升作用最显著;东部地区和中部地区提升效果相对较弱;国有企业凭借资源与政策优势,加大对人工智能技术的投入,而民营企业依托灵活的合作模式,精准优化资源配置,二者均为行业发展的关键力量.③机制研究发现,人工智能技术通过提升人力资本质量、加大研发投入强度、改善数字金融服务水平,降低资源错配程度,进而提升配置效率.因此,在中国经济和能源双重转型背景下,应抓住人工智能技术发展带来的新机遇,推动人工智能技术与新能源发展的深度融合;同时,加强政策引导与支持、完善数字普惠金融政策、优化人力资源配置,着力构建区域协同、互利共赢的产业发展新生态.

Driven by the dual demands of global energy transition and environmental governance,artificial intelligence(AI)has emerged as a core force for upgrading the efficiency of new energy enterprises.Using data from new energy companies listed on China's Shanghai and Shenzhen A-share markets from 1991 to 2023,this study constructed a theoretical model integrating AI technology and re-source allocation of new energy enterprises.It employed the Richardson residual method to measure the resource allocation efficiency of new energy enterprises and adopted the fixed-effect model to empirically analyze the key impact and underlying mechanisms of AI tech-nology on enhancing this efficiency.The results showed that:(1)AI technology had a significant and positive correlation with the re-source allocation efficiency of new energy enterprises,yielding an average promotion effect of approximately 2.58%.This conclusion re-mained valid after a series of robustness tests.(2)Heterogeneity analysis indicated that the impact of AI technology on enhancing re-source allocation efficiency was most pronounced in enterprises in the western region,whereas the effects in the eastern and central re-gions were relatively weaker.Furthermore,state-owned enterprises leveraged resource and policy advantages to increase investment in AI technology,while private enterprises accurately optimized resource allocation through flexible cooperation models;both served as pivotal drivers of industrial growth.(3)Mechanism analysis revealed that AI technology mitigated resource misallocation and improved allocation efficiency by enhancing human capital quality,increasing R&D investment intensity,and advancing digital financial services level.Therefore,in the new era of China's economic and energy transition,policymakers should firmly seize the new opportunities brought by the development of AI technology and integrate AI into new energy development.At the same time,it is necessary to strengthen policy guidance and support,improve digital inclusive finance policies,and optimize human resource structures to achieve a regional development pattern characterized by coordination and mutual benefit.

黄玉洁;王宁;刘保留

北京工业大学经济与管理学院,北京 100124||北京工业大学生态文明研究院,北京 100124山东工商学院工商管理学院,山东 烟台 264005天津商业大学经济学院,天津 300134||天津商业大学可持续发展研究院,天津 300134

管理科学

人工智能新能源企业资源配置效率人力资本数字金融研发投入强度

artificial intelligencenew energy enterpriseresource allocation efficiencyhuman capitaldigital financeR&D investment intensity

《中国人口·资源与环境》 2026 (8)

17-29,13

国家自然科学基金重点项目"面向碳中和的中国经济转型模式构建研究"(批准号:72140001)国家社会科学基金一般项目"混合所有制改革中国有企业跨国并购的双向治理模式及动态优化机制研究"(批准号:20BGL029).

10.12062/cpre.20251034

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