US20250236194
2025-07-24
Performing operations; transporting
B60L53/51
The Solar+Storage Electric Vehicle Charging Carport (SSEVCC) is a prefabricated, integrated system designed to provide renewable electricity generation, storage, and EV charging capabilities. Its primary function is to support EV fleets by generating and storing electricity onsite, which can be used for charging vehicles. The system is designed to be easily deployed with minimal additional infrastructure, making it an ideal solution for fleet parking and dispatch lots. Additionally, it can interact with Virtual Power Plants (VPP), Microgrids, and utility grids to exchange electricity.
This innovation addresses the increasing demand for EV fleet charging infrastructure. As the electrification of vehicles and other industries accelerates, there is a growing gap between electricity supply and demand. The SSEVCC offers a solution by providing localized energy autonomy, reducing reliance on traditional electric grids. It caters to diverse fleet operators transitioning from fossil fuels to electric vehicles, ensuring they have a reliable and economically viable source of renewable energy.
The transition of various service fleets to electric vehicles has heightened the need for reliable electricity supply solutions. Conventional electric grids face challenges in meeting this demand due to infrastructure limitations and regulatory hurdles. The SSEVCC addresses these challenges by offering a self-sufficient energy solution that mitigates the risks associated with grid dependency, such as fluctuating electricity prices and potential outages. This autonomy is crucial for the growth and expansion of EV fleets.
While conventional solar carports provide some benefits, they fall short due to their reliance on solar production alone, which is intermittent and seasonal. Furthermore, these setups often require custom designs and significant site preparation, leading to higher costs and longer installation times. The SSEVCC differs by being a standardized, prefabricated solution that includes energy storage capabilities, allowing it to provide consistent electricity even during low solar production periods.
The SSEVCC offers several advantages over traditional systems. It is designed for rapid offsite manufacturing and onsite installation without extensive groundwork. This reduces both capital and operational expenditures. Unlike other portable designs that lack grid connectivity or energy sharing capabilities, the SSEVCC can integrate with existing utility services while also supporting off-grid operations when necessary. Its energy storage feature ensures that electricity generated during peak solar hours can be stored for later use, aligning with fleet operational schedules.