SWAPPABLE MODULAR BATTERY AND ELECTRONIC SPEED CONTROLLER SYSTEM FOR ELECTRIC VEHICLES

Smart overview of the Invention

The invention introduces a modular system for electric vehicles, enhancing adaptability through interchangeable components. It is suitable for various electric vehicles like skateboards, scooters, and bikes. The system includes a mounting mechanism for secure attachment and easy swapping of modules. These modules can send and receive data and power independently, enabling advanced interactions such as adjusting power output based on battery conditions or customizing operations based on speed. The modular units are encased for protection, promoting customization and innovation by allowing users to tailor functionalities to specific needs and transfer these capabilities between different vehicles.

Challenges Addressed

Electric vehicles are popular for their environmental benefits and efficiency but face challenges due to high costs of components like batteries and electronic speed controllers (ESCs). These components are often integrated into the vehicle's architecture, making it difficult to swap them between vehicles or modify their range and power. Current designs lack flexibility, limiting customization to non-essential modifications. The invention addresses these issues by introducing swappable batteries, ESCs, and custom modules, allowing interchangeability across platforms and enhancing personalization.

Modular System Components

The invention provides swappable modular components such as batteries, ESCs, programming modules, and custom modules for electric vehicles. The system allows quick connection or disconnection of these components, enabling users to transfer them between vehicles. This reduces costs by using the same battery and ESC across multiple vehicles and allows customization of range and power by adding or removing battery modules as needed. The modular data system comprises a mounting system for attaching swappable units, which can independently communicate via a module connection system.

Design Features

The mounting system facilitates quick changes between different electric vehicles. Each modular unit is housed in a protective case with terminal pins for data and power transfer. Custom modules can perform operational tasks based on environmental input or data signals from other modules. This communication enables the ESC to adjust voltage based on battery data. The system is adaptable for different electric vehicles like skateboards, where the mounting system is attached to the underside of the deck.

Applications and Benefits

The invention allows significant flexibility and customization in electric vehicle design. By utilizing swappable modules, users can adapt their vehicles to specific needs without extensive modifications. This approach lowers barriers to adoption by reducing costs associated with multiple vehicle ownership or component replacement. It supports innovation in electric vehicle applications by providing a versatile platform that can be easily modified or enhanced with new functionalities.