Protective Covering System for Electric Vehicles
A modern and innovative solution designed to protect vehicles while maximizing energy efficiency. This smart canopy system provides reliable shelter from harsh weather conditions such as intense sunlight, rain, and hail, helping to preserve vehicle condition and comfort. Equipped with integrated solar panels on its upper surface, the structure captures solar energy and converts it into electricity, creating a sustainable and self-sufficient system. The generated energy is utilized to power built-in charging stations, enabling convenient and efficient charging for electric vehicles. Combining protection, clean energy production, and advanced functionality, this system represents a forward-thinking approach to modern mobility infrastructure.
Measurements
The mechanism spans approximately 7.5 meters in width, with extendable arms reaching up to 2.5 meters on each side. This design allows up to three electric vehicles to park comfortably beneath the structure, providing reliable protection from harsh weather conditions such as intense sunlight and hail. At the same time, the integrated solar panels generate clean energy, which is used to power on-site charging stations. By combining protection, space efficiency, and renewable energy generation, the system offers a practical and forward-thinking solution for modern electric mobility infrastructure.
Energy
The solar panels integrated into the upper structure of the mechanism enable efficient collection of solar energy. Through a system of concealed cables seamlessly integrated within the supporting structure, the generated electricity is transferred and stored for later use. Equipped with advanced sensors, the system continuously monitors environmental conditions; when weather conditions become unfavorable, the mechanism automatically activates, extending its side arms fitted with protective mesh to shield vehicles from external elements. This intelligent integration of energy generation, storage, and responsive protection ensures both efficiency and reliability in all conditions.
