The Technology
Wireless Power Transfer by Resonant Capacitive Coupling is an alternative to technology presently on the market such as Radio-Frequency and Inductive charging. Due to the AWL-Electricity discoveries, their capacitive charging systems are the safest and, in many use cases, the most efficient.
Capacitive power transfer does not generate heat, has considerable transfer range and function in a metal heavy environment.
The Systems
Large Charging Area
Any device equipped with a receiver automatically begins charging when it enters the charging zone. The size of this zone varies based on design—for example, up to 50 cm for consumer electronics or up to 2 m for sensors.
Through-Material & Alignment Independence
Transfer power through multiple layers of material, including metal, without strict alignment. When the devices are within range, they can be powered—even if located across a metal object.
Simultaneous Charging
High frequency resonant capacitive coupling allow to send power over multiple inches, through material, with great efficiency even in metal heavy environment without generating heat.
Global Efficiency
This system can achieve up to 82% global efficiency, calculated across multiple devices. At the limit of the system’s range, three devices are required to reach maximum global efficiency.
Use Cases
Here are examples of use cases for specifics industries. Do not hesitate to contact us and present how this system could help your company.
Industrial Sector
- Sensor Add-Ons for Robots/Equipment
- Battery-less IoT
- Seamless Tooling Charging
- Fully Sealed Battery Devices
- Battery-less IoT
- Seamless Tooling Charging
- Fully Sealed Battery Devices
Automotive Sector
- Reduced Cable Harness
- Powering Sensors on Changing Parts
- Charging User Devices
- Powering Sensors on Changing Parts
- Charging User Devices
Consumer Sector
- Computer Peripherals
- Seamless Wearable Charging
- Seamless Wearable Charging
Focused Charging Area
Delivering significant power at high efficiency—up to 92%—while meeting safety and EMC requirements, as demonstrated by our first product, the Agile Station. Variations of this system can transmit enough power to charge robots or small vehicles.
Efficient in Misalignment (X, Y, Z)
When the overlap between the transmitting and receiving plates is sufficient, translation (X,Y) has little impact on efficiency. Variance in the air gap (Z) affects efficiency only minimally within the system’s designed range.
Dynamic Charging
If there is enough overlap between the transmitting and receiving plates, power delivery remains stable even in motion, enabling dynamic charging similar to a rail-powered train—except without direct contact.
Use Cases
Here are examples of use cases for specifics industries. Do not hesitate to contact us and present how this system could help your company.
Industrial Sector
- AGV Dynamic Charging
- Power Delivery in Hazardous Areas
- Power Delivery in Hazardous Areas
Automotive Sector
- Small Vehicles
- Trunk Tooling
- Trunk Tooling
Consumer Sector
- Laptops and Desktops
- Televisions Through Walls or Floors
- Durable Charger for Home Robots
- Kitchen Appliances
- Televisions Through Walls or Floors
- Durable Charger for Home Robots
- Kitchen Appliances
Our Technical Specialty
Wireless charging is a multidisciplinary science.
While other companies solely focus on the amount of power they can transfer, we choose to focus on:
While other companies solely focus on the amount of power they can transfer, we choose to focus on:
1
Human Safety Regulation
Complies with strict Specific Absorption Rate (SAR) requirements and operates below Canada’s rigorous standards—the strictest worldwide.
Our e-fields do not penetrate the human body, making it inherently safer than many alternatives.
2
Safety for Equipment & Communication
Operates at 6.78 MHz (ISM band), ensuring no interference with communication protocols or other equipment.
The Agile Station is, to our knowledge, the most powerful FCC-certified wireless charger in the world.
3
Speed of Development
Specializes in rapid prototyping, cost reduction, and certification.
Enables custom designs that quickly enter the market.
4
Flexibility
Long Range and High Power systems solve a wide range of charging or powering challenges.
From sending power across a satellite hull to wirelessly charging your computer mouse in use, our solutions are the right fit.
Applicable Industries
In collaboration with the research center Inedi, we've delved into the various challenges faced by electric wheelchair users.
