深圳市龙岗区推出的政府投资项目"科技篇"改革入选国家发改委全国首批56个要素市场化配置综合改革典型案例，是深圳唯一的入选案例1。该改革通过在政府投资项目前期系统梳理新技术应用需求，将公共投资项目转化为科技创新应用场景，已累计完成381个项目、总投资217.41亿元1。其中"科技篇"投资额31.45亿元，涉及人工智能技术的项目131个、总投资68.39亿元，鸿蒙技术应用项目70个、总投资47.48亿元1。
龙岗"科技篇"已推动AI、鸿蒙等400多项新技术新产品在教育、环卫、养老等领域落地应用1。在环卫领域，龙岗布局了11个"科技篇"智慧环卫项目，全区累计投用各类智能化环卫机器人222台，作业效率提升21%，问题处置流程时长缩短33%1。在教育领域，智能AI无感吊麦课堂扩声系统已在深圳中小学校推广应用，累计试用超200所1。
该改革累计对接区内外及上下游企业超350家次，科技篇应用库涵盖十余个领域3500余项新技术产品1。龙岗"科技篇"秉承"不浪费每一笔财政支出"理念，在不增加政府投资前提下打好"人才+技术+场景+首单+资金"的组合拳1。
Shenzhen's Longgang District has achieved national recognition for its innovative approach to leveraging government investment projects as platforms for technological innovation. The district's "Tech Chapter" reform was selected as the sole Shenzhen representative among 56 national model cases released by China's National Development and Reform Commission for factor market allocation reforms, with Guangdong province accounting for nine of the selected cases overall.1
The "Tech Chapter" initiative systematically identifies new technology application demands during the preliminary stages of government investment projects, transforming public investment into showcases for technological innovation. To date, the program has completed 381 projects with a combined investment of 21.741 billion yuan, with the "Tech Chapter" component itself accounting for 3.145 billion yuan of this total.1 The reform has facilitated the deployment of over 400 emerging technologies and products—including artificial intelligence and Hongmeng operating system applications—across sectors such as education, sanitation, and elderly care.1
Specific technological deployments demonstrate measurable impact across multiple domains. Projects utilizing artificial intelligence technology number 131 with total investments of 6.839 billion yuan, while Hongmeng technology applications comprise 70 projects valued at 4.748 billion yuan.1 In the sanitation sector alone, the initiative has implemented 11 smart environmental management projects, with 222 intelligent sanitation robots now in operation across the district, resulting in a 21 percent improvement in operational efficiency and a 33 percent reduction in problem resolution timeframes.1 An intelligent artificial intelligence-enabled microphone classroom amplification system has already been rolled out in Shenzhen primary and secondary schools, with over 200 schools participating in trials.1
The program operates under the principle of maximizing value from every public expenditure without increasing government investment budgets.1 The initiative has engaged over 350 district, regional, and upstream and downstream enterprises, and maintains an application library encompassing more than 3,500 emerging technologies and products across over ten industry sectors.1
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