Urban road structure with rainwater collecting and solar power generation functions

Abstract

The invention relates to an urban road structure with rainwater collecting and solar power generation functions. The urban road structure with rainwater collecting and solar power generation functions includes a motor way, a non-motor way and a sidewalk, also includes a green belt rainwater spraying irrigation system, a rainwater road surface cooling dedusting sprinkler system and a road surface photovoltaic power station storage power supply system, the motor way and the non-motor way respectively comprise a photovoltaic battery road surface layer, a water permeable cushion layer and a water reservoir cell layer, the photovoltaic battery road surface layer comprises many pieces of photovoltaic battery unit boards, water permeable slits are between the photovoltaic battery unit boards, the photovoltaic battery road surface layer is closely stuck on the water permeable cushion layer, the water reservoir cell layer is under the water permeable cushion layer, and the water reservoir cell layer comprises a plurality of water reservoir cells in splicing. The urban road structure can fully collect and use rainwater and makes full use of road surface resources, collected rainwater can irrigate green belts, also can cool and dedust road surface, and a road surface photovoltaic power station can light roads, and provides electric power resources to electrical public transportation.

Description

technical field [0001] The invention relates to urban roads, in particular to an urban road structure with the functions of collecting rainwater and generating electricity from solar energy. Background technique [0002] Traditional urban roads only have basic road functions and underground pipe network functions, but have no rainwater storage function, let alone the function of using solar power to generate electricity. Whenever there is rainy season and heavy rain, the city is flooded, and a large amount of valuable rainwater can only flow into rivers and cause floods. At the same time, the wide and sunny road resources are not used. On the one hand, urban roads need lighting and power consumption at night, and the green belts on urban roads need to be irrigated with tap water, and tap water is also used to cool down and remove dust from the road surface. How to make full use of rainwater and road surface resources, so that rainwater can be fully utilized, reduce urban wa...

AI Technical Summary

Problems solved by technology

On the one hand, urban roads need lighting and power consumption at night, and the green belts on urban roads need to be irrigated with tap water, and tap water is also used to cool down and remove dust from the road surface. On the other hand, the vast road resources are not utilized and rainwater is wasted

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