Optimizing Land Resource Allocation and Functional Configuration in High-Tech Industrial Parks: A Case Study of Chengdu Xinchuan High-tech Innovation Park
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Date
2024
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AESOP
Abstract
Amid China's ongoing initiatives to enhance industrial land efficiency and promote urban upgrading, high-tech innovation parks emerge as crucial policy zones driving urban economic development. These parks are increasingly integrated into the fabric of urban districts, reflecting their growing role as key components of city functions. This paper specifically examines Chengdu Xinchuan High-tech Innovation Park, exploring strategies for managing land resource allocation and efficient supply to support the park’s swift and transformative development. An analysis of the functional configurations from exemplary parks like Shenzhen Nanshan High-Tech Park, Shanghai Zhangjiang Hi-Tech North Park, and Chengdu Tianfu Software Park informs the proposed optimization for Chengdu Xinchuan. The initial planned distribution of 32% residential, 28% industrial, and 40% commercial functions is recalibrated to 32% residential, 43% industrial, and 25% commercial. This adjustment is aimed at creating a more balanced development conducive to both economic vitality and community sustainability. Drawing on the successes of these benchmark parks, the study outlines a tailored functional ratio scheme, providing actionable insights and strategic guidance for similar transformations in other urban high-tech industrial parks.
Keywords：Functional optimization, High-tech innovation parks, Benchmark analysis, Land function
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CC-BY