A method of transferring power without physical connectors, commonly used in electric vehicles.

The process of generating electric current through a changing magnetic field, fundamental to wireless charging.

Regulations ensuring that electrical systems operate safely, crucial for wireless charging implementations.

The process of creating a preliminary model of a product to test concepts and functionalities.

Evaluating the performance of a charging system to ensure optimal energy transfer and minimal losses.

The transmission of electrical energy from a power source to an electrical load without physical connections.

A technique where energy is transferred between coils through electromagnetic fields, used in wireless charging.

A method that allows for efficient energy transfer over greater distances compared to traditional inductive coupling.

The frequency at which a system naturally oscillates, important for optimizing wireless power transfer.

The alignment of transmitter and receiver coils to maximize energy transfer efficiency in wireless systems.

Adherence to laws and guidelines governing safety and performance in electrical engineering.

Identifying and evaluating potential hazards in the design and implementation of electrical systems.

Detailed drawings that represent the elements of an electrical system, essential for prototyping.

Choosing appropriate materials based on performance, safety, and efficiency for the prototype.

Methods used to interpret testing data, crucial for evaluating system performance.

Systematic evaluations to ensure adherence to safety standards and regulations.

Integrating insights from peers and stakeholders to enhance the design and functionality of the prototype.

A structured approach to evaluating the performance and safety of the wireless charging system.

A document outlining common issues and solutions encountered during prototyping and testing.

Comprehensive records of design, testing, and compliance processes, essential for project transparency.

Strategies for effectively communicating technical information to stakeholders.

Involving relevant parties in the project to gather insights and support for the wireless charging system.

Guidelines for conducting preliminary tests to assess the functionality of the prototype.

Planning and tracking project milestones to ensure timely completion of the prototype.

A measure of how effectively energy is transferred from the charger to the vehicle.

Assessing the prototype's performance against design specifications and safety standards.