SYSTEM AND METHOD FOR CHARGING ELECTRIC VEHICLES

Smart overview of the Invention

A novel system for charging multiple electric vehicles utilizes a rail structure and a mobile base unit to facilitate efficient charging. The mobile base unit is designed to travel along the rail, connecting with various vehicle charging stations. A battery powers the mobile unit's movement, while a controller manages the charging process by responding to requests from electric vehicles.

Components of the System

The charging system comprises several key components:

• A rail structure that supports the mobile base unit.
• A mobile base unit capable of moving between charging stations.
• At least one battery that powers the mobile base unit.
• A central controller that orchestrates the charging sequence based on vehicle and battery parameters.

Functionality

The controller plays a crucial role by obtaining charge requests from electric vehicles and determining the optimal charging sequence. This sequence is based on various parameters, including the current state of charge of each vehicle and the power levels of the batteries involved. The mobile base unit then moves along the rail structure to execute this sequence effectively.

Robot Arm Integration

In addition to its mobility, the mobile base unit is equipped with a robot arm that facilitates the physical connection between chargers and electric vehicles. This arm can maneuver to position chargers appropriately, ensuring that each vehicle receives power efficiently. The design allows for multiple degrees of freedom, enhancing its operational flexibility.

Charging Methodology

The methodology for charging involves several steps: obtaining charge requests from electric vehicles, determining their charging sequence, moving the mobile base unit accordingly, and controlling the robot arm to connect chargers to vehicles. This systematic approach aims to streamline the charging process, making it faster and more efficient for users.