未来城市智能低碳场景设计的导控体系构建 ——基于“理想之地”项目实践
Guidance & Control System for Intelligent Low-Carbon Scene Design in "Nexus"
郑 迪
上海城建职业学院 万物云城研究院 副教授，博士 上海市发展改革研究院 博士后 foresee-future@qq.com
张 逸
上海市城市规划设计研究院 总工程师，教授级高级工程师，硕士
黄轶伦
上海市城市规划设计研究院 浦东引领分院院长，高级工程师
王剑新
万物云城研究院 特聘研究员，工程师，硕士
摘要: 面对未来城市智能分布式和去中心化的趋势，提出“如何利用交互场景设计方法体系应对未来城市空间的发展需求”， 从“需求分析、诊断研判、场景创新”入手，通过整合“智能+”先进技术与“低碳+”智能方法，建立场景“设计+” 的方法体系，通过技术预见、推演强化、情景分析、全息场景、场景创新路径，推进“理想之地”的场景设计过程，形成紧 凑混合街区、绿色智慧交通、开放友好环境、绿色低碳建筑、节能高效设施、普惠人文治理等6个场景，并提出创新导控体 系。在此基础上，未来可以推动“理想之地”品牌推广与“预见大都市未来”理论发展，持续推动多元场景的迭代升级。
Abstract: In response to the intelligent, distributed, and decentralized trends of future cities, this paper addresses the question: "How can interactive scenario design methodology meet the evolving spatial demands of future urban environments?" Starting from "demand analysis, diagnostic evaluation, and scenario innovation", this study integrates advanced "Intelligence+" technologies and "Low Carbon+" smart approaches, establishing a systematic "Design+" scenario methodology. Through pathways including technological forecasting, simulation enhancement, scenario analysis, holographic scenarios, and innovative scenario pathways, this research advances the "Nexus" scene design process. Six distinct scenarios have been developed: compact mixed-use neighborhoods, green intelligent transportation, open and friendly environments, green energy-efficient buildings, efficient infrastructure facilities, and inclusive humanistic governance, alongside an innovative guidance and control system. Building on this research, future innovation institutes will continuously promote the "Nexus" brand and further develop the theoretical framework of "Foresee Metropolitan Future", thus facilitating ongoing iterative enhancement of diverse urban scenarios.
关键词：未来城市；理想之地；智慧街道；场景设计；导控体系
Keyword: future city; Nexus; smart street; scene design; GCS (guidance & control system)
中图分类号：TU984
文献标识码: A
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