Cooperation scenario:Jointly-operated
Vehicles served:Ride-hailing vehicles, taxis, private cars, logistics vehicles, coaches, etc.
Supporting facilities:Toilets
Equipment:Two sets of 360kW*one-to-five split DC systems, 10 terminals in total, 96.25kW PV, 175.1kWh energy storage
Cooperation scope:Configuration planning, equipment selection, station design, station construction, operations platform, charging operations, O&M management, insurance services
Highlights:
1)This green passenger transport hub station is centered on charging station operations
2)By building energy facilities such as energy storage and PV, it explores a brand-new business model integrating multiple formats, earning revenue from market-based charging station operations and reducing operating costs through distributed PV generation and storage-based peak shaving and valley filling
3)The project's PV power generation system is expected to save 100,000 kWh of electricity annually, equivalent to saving 38 tons of standard coal and reducing carbon dioxide emissions by about 100 tons
4)The charging station is equipped with two sets of 360kW DC charging systems, each unit serving 5 vehicles, which can simultaneously meet the charging needs of 10 new energy vehicles; the PV power generation system is organically integrated with the canopy structure, achieving a shift from passive energy saving to active energy production and effectively reducing building investment costs by about 20%
