摘要
Abstract
Addressing the urgent global challenges of energy crisis,environmental pollution,and the development of intelligent transportation,innovative models integrating transportation infrastructure with renewable energy production have gained paramount importance.This study focuses on the Highway Integrated Photovoltaic Transportation System(HIPV-T),aiming to achieve efficient spatial resource multiplexing and functional synergy on expressways through the systematic integration of three core modules:photovoltaic(PV)power generation,intelligent energy storage and management,and intelligent transportation.This paper elaborates on the technical schemes of the HIPV-T system,highlighting three key innovations:spatial three-dimensional multiplexing technology,pv-storage-transportation synergistic optimization algorithm,and modular rapid deployment technology.A multi-dimensional benefit analysis encompassing power generation efficiency,land utilization,carbon emission reduction,logistics efficiency,and economic viability demonstrates the system's significant advantages.This analysis is supported by enhanced data descriptions and quantitative comparisons with existing projects.Furthermore,the study critically analyzes the system's core limitations,including geographical constraints,technical implementation challenges,and policy and regulatory hurdles.This comprehensive research provides robust theoretical support and practical guidance for the further development and application of the HIPV-T system.关键词
高速公路/光伏发电/智能运输/系统集成/空间立体复用/协同优化/效益分析Key words
expressway/photovoltaic power generation/intelligent transportation/system integration/spatial three dimensional multiplexing/synergistic optimization/benefit analysis分类
交通工程
