Smart Resilience-Oriented Integrated Innovation Design for Highway Toll Plaza Canopies

Addressing systemic flaws in domestic expressway toll facilities—inadequate disaster resilience， lagging adoption of smart technology， fragmented regional cultural context， and significant resource consumption—this study proposes a tripartite design system integrating “smart management， cultural translation， and low-carbon technologies” based on the resilient infrastructure theoretical framework. By establishing a multi-dimensional IoT sensing system for environmental factors and structural stress， real-time early warning and response to meteorological and structural conditions are achieved. Parametric algorithms translate regional cultural elements into spatial forms and decorative symbols， enhancing facility-environment harmony. Sponge city technology and wind-solar hybrid energy systems are integrated to construct a low-carbon operational model that synergizes “energy-water-materials” flows. Validated through the Jingxiong Expressway Fangshan North Station project， the system demonstrates comprehensive outcomes： timely extreme weather response， reduced whole-life-cycle energy consumption， and improved cultural integration scores. This research provides a systematic solution for enhancing resilience， preserving cultural continuity， and enabling sustainable operation of transportation infrastructure.