暨南学报(哲学社会科学版)

作者：戴胜利, 马王荣

单位：暨南大学公共管理学院/应急管理学院;马王荣,华中师范大学公共管理学院。

关键词：创新型城市试点政策,可再生能源技术创新,机制分析,异质性分析

基金：教育部哲学社会科学研究重大攻关项目“生态环境治理全民行动体系研究”(23JZD019)。

作为我国创新发展战略的重要举措,创新型城市试点政策能否带来绿色效应,特别是有效促进可再生能源技术创新,目前尚缺乏研究支持。基于我国2006—2022年266个地级市层面的平衡面板数据,本文将创新型城市视为一项准自然实验,运用双重差分法识别其对城市可再生能源技术创新的影响机制,并从多个视角进行了异质性分析。本文的研究结果表明:试点政策显著带来了绿色效应,即提升了城市可再生能源技术创新水平,在经过一系列稳健性检验后,该结论依然成立;机制分析表明,创新型城市试点政策通过人才效应、技术效应以及产业结构优化效应促进了可再生能源技术创新;异质性分析表明,在东部城市以及绿色金融水平程度更高和数字基建水平能力更强的城市中,创新型城市试点政策对可再生能源技术创新的提升效果更为显著。"/>template{display:none;}.mag-rich-xref-fn { cursor: pointer;}//长视频$(document).ready(function(){if($("#showLongArticleVideo") && $("#showLongArticleVideo").length && $("#showLongArticleVideo").length>0){mag_ajax_update({ele_id:'showLongArticleVideo',url:mag_currentQikanUrl() + "/CN/article/showLongArticleVideo.do?id="+$("#articleId").val()});}});$(document).ready(function(){window.metaData = {"journal":{"issn":"1000-5072","qiKanMingCheng_CN":"暨南学报（哲学社会科学版）","id":2,"qiKanMingCheng_EN":"Jinan Journal"},"fundList_cn":["教育部哲学社会科学研究重大攻关项目“生态环境治理全民行动体系研究”(23JZD019)。"],"article":{"keywordList_cn":["创新型城市试点政策","可再生能源技术创新","机制分析","异质性分析"],"juan":"47","zhaiyao_cn":"作为我国创新发展战略的重要举措,创新型城市试点政策能否带来绿色效应,特别是有效促进可再生能源技术创新,目前尚缺乏研究支持。基于我国2006—2022年266个地级市层面的平衡面板数据,本文将创新型城市视为一项准自然实验,运用双重差分法识别其对城市可再生能源技术创新的影响机制,并从多个视角进行了异质性分析。本文的研究结果表明:试点政策显著带来了绿色效应,即提升了城市可再生能源技术创新水平,在经过一系列稳健性检验后,该结论依然成立;机制分析表明,创新型城市试点政策通过人才效应、技术效应以及产业结构优化效应促进了可再生能源技术创新;异质性分析表明,在东部城市以及绿色金融水平程度更高和数字基建水平能力更强的城市中,创新型城市试点政策对可再生能源技术创新的提升效果更为显著。","endNoteUrl_en":"https://jnxb.jnu.edu.cn/skb/EN/article/getTxtFile.do?fileType=EndNote&id=7244","reference":"","bibtexUrl_cn":"https://jnxb.jnu.edu.cn/skb/CN/article/getTxtFile.do?fileType=BibTeX&id=7244","abstractUrl_en":"https://jnxb.jnu.edu.cn/skb/EN/10.11778/j.jnxb.20242543","qi":"7","id":7244,"nian":2025,"bianHao":"1757058996561-722300804","zuoZheEn_L":"DAI Shengli, MA Wangrong","juanUrl_en":"https://jnxb.jnu.edu.cn/skb/EN/Y2025","shouCiFaBuRiQi":"2025-09-05","qiShiYe":"143","qiUrl_cn":"https://jnxb.jnu.edu.cn/skb/CN/Y2025/V47/I7","lanMu_cn":"经济管理","pdfSize":"1736","zuoZhe_CN":"戴胜利, 马王荣","risUrl_cn":"https://jnxb.jnu.edu.cn/skb/CN/article/getTxtFile.do?fileType=Ris&id=7244","title_cn":"创新型城市建设是否促进了可再生能源技术创新？——来自可再生能源领域的证据","doi":"10.11778/j.jnxb.20242543","jieShuYe":"158","keywordList_en":["innovative city pilot policies","renewable energy technological innovation","mechanism analysis","heterogeneity analysis"],"endNoteUrl_cn":"https://jnxb.jnu.edu.cn/skb/CN/article/getTxtFile.do?fileType=EndNote&id=7244","zhaiyao_en":"Renewable energy technology innovation is one of the key strategies for addressing climate change, helping China achieve its emission reduction targets, reduce production costs, and promote green economic transformation. Innovation is the core driver for social progress and economic development. Against the backdrop of the technological revolution, innovation capacity has become a key determinant of a nation or a region's competitiveness. However, from the perspective of innovative city pilot policies, there remains a gap in research on their impact on renewable energy technology innovation.Based on balanced panel data at the level of prefecture-level cities in China from 2006 to 2022, this paper treats innovative cities as a quasi-natural experiment, employing the difference-in-differences (DID) method to identify the mechanisms through which pilot policies influence urban renewable energy technology innovation, and conducting heterogeneity analysis from multiple perspectives. The findings indicate that pilot policies significantly generate a green effect, i.e., they promote urban renewable energy technology innovation. After undergoing a series of robustness tests, this conclusion remains valid. The mechanism analysis indicates that the innovative city pilot policy promotes renewable energy technology innovation through talent effects, technology effects, and industrial structure optimization effects. The heterogeneity analysis shows that in eastern cities, those with higher green finance, and those with stronger digital infrastructure capabilities, the innovative city pilot policy has a more significant effect on renewable energy technology innovation.Compared with previous literature, the potential marginal contributions of this paper are as follows. First, it fills research gaps. Existing literature has examined the impact of innovative city policies on overall innovation or the drivers of renewable energy technology innovation, but few studies have directly linked the two, especially using quasi-natural experiment methods to assess the effects of a comprehensive innovation policy on innovation activities in a specific green technology field. This paper employs the DID method to provide relatively reliable causal evidence for this link, expanding the understanding of the environmental effects of innovation policies and policy tools for green technology innovation. Second, it deepens the understanding of mechanisms. Unlike studies that focus solely on the overall effects of policies, this paper delves into the specific pathways through which innovative urban policies influence renewable energy technology innovation via three key channels: talent, technology, and industrial structure optimization. This provides more detailed micro-level mechanism evidence for understanding how “innovation-driven development” is concretely implemented in “green technology transformation”, enriching interdisciplinary research at the intersection of innovation economics and environmental economics. Third, it offers insights into heterogeneity. This paper systematically examines the differences in policy effects across regions, cities with varying levels of green finance development, and cities with different levels of digital infrastructure. This not only reveals the conditional nature of policy implementation effects but also provides valuable empirical evidence and theoretical references for future promotion of innovative city policies, regional coordinated development, and targeted measures to drive renewable energy technology innovation.This study explores how innovative city construction influences technological innovation in urban renewable energy, aiming to provide new empirical evidence for China's innovative city construction and renewable energy technological innovation.","bibtexUrl_en":"https://jnxb.jnu.edu.cn/skb/EN/article/getTxtFile.do?fileType=BibTeX&id=7244","abstractUrl_cn":"https://jnxb.jnu.edu.cn/skb/CN/10.11778/j.jnxb.20242543","zuoZheCn_L":"戴胜利, 马王荣","juanUrl_cn":"https://jnxb.jnu.edu.cn/skb/CN/Y2025","lanMu_en":"","qiUrl_en":"https://jnxb.jnu.edu.cn/skb/EN/Y2025/V47/I7","zuoZhe_EN":"DAI Shengli, MA Wangrong","risUrl_en":"https://jnxb.jnu.edu.cn/skb/EN/article/getTxtFile.do?fileType=Ris&id=7244","title_en":"Does the Construction of Innovative Cities Promote Renewable Energy Technology Innovation: Evidence from the Renewable Energy Sector","hasPdf":"true"},"authorNotes_cn":["戴胜利,暨南大学公共管理学院/应急管理学院;马王荣,华中师范大学公共管理学院。"]};if(window.metaData && (!window.metaData.authorNotesCommon_cn && !window.metaData.authorNotesCorresp_cn && window.metaData.authorNotes_cn)){window.metaData.authorNotesCommon_cn = window.metaData.authorNotes_cn;}if(window.metaData && (!window.metaData.authorNotesCommon_en && !window.metaData.authorNotesCorresp_en && window.metaData.authorNotes_en)){window.metaData.authorNotesCommon_en = window.metaData.authorNotes_en;}var _nlmdtdXml = $("#article_nlmdtdXml").val();var magDir = _nlmdtdXml.replace(/\/[^\/]+$/,'');window.metaData.magDir = magDir;new mag_vue({ el: '#metaVue', //dataUrl: mag_currentQikanUrl() + '/EN/article/getRichHtmlJson.do?articleId='+$("#articleId").val(), data:window.metaData, loading:true, doTextFun:function(text){ return doDataJsonText(text); 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来源：2025年第7期

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