今天分享的是：工业互联网产业联盟：2025年高标准数字园区建设研究报告 报告共计：60页 高标准数字园区建设研究报告核心总结 在数字经济重塑全球竞争格局的背景下，产业园区的数字化转型成为提升核心竞争力的必然选择。《高标准数字园区建设研究 报告》系统梳理了园区数字化转型的现状、路径与实践，为行业发展提供了全面指引。 报告明确了高标准数字园区与传统数字园区的本质区别。相较于聚焦单点企业局部优化的数字园区，高标准数字园区以产业规 模化转型、精准化服务和精细化治理为核心，通过跨企业协同、定制化服务和智能管控，实现产业链整体升级。其愿景是构建 基础设施完善、产业转型深化、专业服务优质、运营管理高效的数字经济高地。 产业规模化转型是核心任务之一。针对中小企业数字化转型滞后的问题，报告提出四大典型模式：链主企业带动产业链协同转 型、园区提供普惠式公共服务、引入产业互联网平台实现供需匹配、依托创新实验室推动前沿技术转化。通过"通用+定制"双轨 改造模式，可有效提升产业链整体效率。 数字化服务升级聚焦"六链协同"。以数据链为核心，贯通创新链、产业链、金融链、人才链、服务链、价值链，实现资源最优 配置。各地园区通过搭建数字化平台 ...

企业运营仿真竞赛以"新文科"建设为指导，注重多学科交叉融合与协同创新，着力提升数字化运营水平，强化可持续 发展意识，切实培养学生的数字化运营管理能力、团队协作与沟通能力以及创新创业能力。全院共有19支队伍参加校 赛，经过严苛比拼，3支队伍脱颖而出代表学校参赛。在比赛中，参赛队伍通过企业数据资源和数字化工具，对企业 运营的产、供、销等各个业务流程进行重塑，不仅考验了学生对专业知识的掌握程度，更能真正体会到企业完整的数 字化经营和管理过程。通过这样的实践操作，同学们能够将理论知识与实际操作紧密结合，加深对专业知识的理解和 掌握，提升专业实践能力。 近日，由郑州市教育局主办、郑州科技学院承办的第九届郑州地方高校职业技能竞赛企业运营仿真赛项圆满落幕。经 过激烈角逐，我院吕倩、王玉飞、刘帆老师指导的郑州经贸学院1队、郑州经贸学院2队分别荣获市级二等奖、三等 奖，充分展现了我校学子扎实的专业素养和卓越的实践创新能力。本次比赛全市共设一等奖4项、二等奖7项、三等奖 10项。 | 奖项 | 参赛院校 | 参赛选手 | 指导教师 | | --- | --- | --- | --- | | 一等奖 | 郑州工商学院1队 | 董家 ...

本报记者 许林艳 9月23日记者获悉，近日，北汽福田汽车股份有限公司（以下简称"北汽福田"）与东南亚矿业大客户达成重要合作，双方 签署125台AUMAN C整车订单，并顺利完成首批20台车辆的发车仪式。此次合作标志着北汽福田助力东南亚市场矿业运输装备 正式迈向高效、稳定与节能的新阶段。 东南亚矿区多分布于热带雨林、火山地带及沿海地区，因此该客户对车辆在连续重载、陡坡爬行、高粉尘与多湿环境等复 杂工况下的稳定性和出勤率提出极高要求。北汽福田属地团队依托前期的线路测试、综合油耗与全生命周期成本分析，以及应 急维保响应演练，逐步实现了从样车试用到小批投放，最终达成此次批量签约。此次订单不仅印证了北汽福田车辆在动力可靠 性、底盘耐久性和燃油经济性方面的卓越表现，也充分体现了其本地化服务体系的高效运作能力。 为满足不同矿区条件和运输强度需求，北汽福田将在当地分批推出两款强化配置车型：24寸轮胎版本专为重载与恶劣路面 设计，具备更强承载能力、更优通过性和抗刺扎表现，显著减少因爆胎或陷车导致的作业中断，从而帮助客户降低综合运营成 本；另一款配备液力缓速器的车型则致力于解决长下坡路段连续制动所引起的热衰减问题，不仅提升下行行 ...

Group 1 - The core viewpoint emphasizes the urgent need for enterprises to innovate their operational models in the context of deepening industrial internet, with digital operation management becoming a key driver for digital transformation [1][3] - Digital operation platforms serve as crucial support for enterprises, enabling new dynamics in organizational management, business collaboration, and customer engagement, thus promoting the evolution of management logic and supply chain structure [1][3] Group 2 - The industrial internet provides a technological foundation for data perception, system integration, and process optimization, making it an important basis for implementing digital operation management [3][4] - Digital operation platforms connect production processes with management centers, facilitating a closed-loop operation from data collection to decision execution, enhancing flexibility and controllability in response to market changes and customer demands [3][4] - In practical applications, digital operation management demonstrates a high degree of integration, allowing manufacturing enterprises to monitor key indicators like equipment status and energy consumption in real-time through a unified management interface [3][4] Group 3 - Digital operation platforms not only aggregate information but also support strategic collaboration by creating a unified organizational management framework, breaking down hierarchical barriers, and enabling data interconnectivity across the supply chain [3][4] - The platforms enhance efficient collaboration among business units through task boards, process engines, and performance management modules, leading to a more orderly overall operation [3][4] Group 4 - Enterprises can integrate sensors and control systems with digital operation platforms to establish an industrial-grade data collection system, allowing for more granular control in digital operation management [4] - This deep integration enables intelligent responses to material consumption, quality traceability, and predictive maintenance, enhancing the ability of enterprises to manage risks and changes [4] Group 5 - Building scalable digital operation platforms is essential for enterprise development, utilizing microservices, data middle platforms, and low-code tools to achieve multi-system collaboration and flexible deployment [4] - The modular design allows enterprises to deploy systems as needed at different stages, avoiding redundancy and improving the effectiveness of digital operation management [4] Group 6 - User connectivity is a vital component of digital operation, with platforms capturing user behavior across touchpoints to create user profiles, facilitating personalized services [4] - This user-centric digital operation management model enhances overall customer experience and repurchase rates through customized product recommendations and content delivery [4] Group 7 - In the future, enterprises will continue to deepen their understanding and practice of digital operation management, driven by the industrial internet and digital technologies [4] - The evolution of digital operation platforms will increasingly feature intelligent characteristics, incorporating new technologies like artificial intelligence and edge computing to enhance responsiveness to business changes [4]