An Intelligent and Advanced automatic Electric self car parking

Abstract

The Intelligent and Advanced Automatic Electric Self-Car Parking System is a cutting-edge innovation that revolutionizes the parking industry. This system integrates electric vehicle charging and automatic parking, utilizing advanced sensors and AI algorithms to optimize parking space allocation and vehicle guidance. With smart grid integration, the system manages energy consumption and promotes sustainable transportation. The compact and modular design enables easy installation and scalability, while the user-friendly interface ensures a seamless parking experience. Real-time data analytics and automated vehicle recognition further enhance the system's efficiency. This system claims to provide efficient parking, convenient charging, autonomous parking capabilities, and reduced environmental impact. By supporting electric vehicles and optimizing energy consumption, this system contributes to a sustainable future.

Specification

Description:The Intelligent and Advanced Automatic Electric Self-Car Parking System is a innovative solution that combines advanced sensors, artificial intelligence, and electric vehicle charging infrastructure to provide a seamless and efficient parking experience. The system consists of a network of sensors and charging stations that guide vehicles to available parking spots, automatically charging them upon arrival. The advanced software optimizes parking space allocation, recognizes vehicles, and reserves parking spots, ensuring a convenient and safe experience. With its smart grid integration, the system efficiently manages energy consumption, making it a sustainable solution for urban parking needs. The Intelligent and Advanced Automatic Electric Self Car Parking System is a cutting-edge technology that enables cars to park themselves autonomously. The system utilizes a sensor suite, including ultrasonic, camera, and lidar, to detect and map the parking environment. An AI-powered control unit then analyzes the data and executes the parking maneuver, using the electric vehicle powertrain to navigate into the parking space. The system is controlled via a user interface, such as a mobile app or dashboard display, which activates the parking command and confirms completion. With its advanced sensors, AI algorithms, and electric vehicle technology, this system provides a convenient, safe, and efficient parking experience, minimizing driver stress and maximizing parking accuracy. , C , C , Claims:
1. We claim that our system optimizes parking space allocation, reducing waste and increasing capacity.
2. We claim that our system provides convenient and efficient electric vehicle charging.
3. We claim that our system enables autonomous parking capabilities.
4. We claim that our system optimizes energy consumption through smart grid integration.
5. We claim that our system provides a user-friendly interface and a seamless parking experience.
6. We claim that our system ensures a safe and secure parking environment. 7. We claim that our system is designed for easy installation and scalability.

Documents