From commercial complexes to residential neighborhoods, from government office parks to school campuses,

 the application scenarios of photovoltaic carports are becoming increasingly rich. For example, the PV carport 

project in a large shopping center not only meets the parking needs of customers, but also reduces the mall's power 

costs by generating electricity, while its unique green design concept also enhances the overall image of the mall. 

In addition, some city governments are also promoting the transformation of public parking lots into PV carports 

as part of the city's green infrastructure, demonstrating the city's commitment to low-carbon transformation.

As a model of combining green energy and intelligent transportation, PV carport not only solves the problem of urban 

parking difficulties, but also promotes the transformation of energy structure and realizes the powerful push of sustainable 

development. With the continuous maturity of the technology and the expansion of the scope of application, PV carport 

will become an indispensable part of the future urban construction.