Nikola Tesla would be pleased: Finnish researchers are bringing his century-old idea to life, developing systems that transmit energy wirelessly through the air or smart, invisible conductors. This would allow devices and vehicles to charge without cables or direct physical contact.
Enhancing Efficiency and Mobility
Their work brings together advanced research in electromagnetic fields, resonance, and conductive surfaces. The team is exploring how to accurately direct energy waves to nearby devices while ensuring stability, safety, and efficiency.This technology could reduce energy losses, improve mobile systems, and replace bulky infrastructure, aiding automation, robotics, and smart devices.
O estudo também desenvolve materiais avançados que se incorporam a pisos, paredes e estruturas urbanas, transformando-os em pontos de distribuição de energia. This would enable sensors, autonomous machines, industrial tools, and household devices to operate without traditional power outlets. By integrating energy into the infrastructure itself, it becomes invisible and untethered from wires, supporting adaptive, connected environments.
Dynamic Charging and Smart Transportation with Electreon
Collaboration with Electreon further expands possibilities, leveraging the company’s expertise in electrified roads that charge vehicles while in motion. Combining this knowledge allows for dynamic charging applications, where cars, buses, and trucks receive energy via coils beneath the pavement. This approach creates smart transportation routes, reduces battery requirements, extends vehicle range, and promotes sustainability.
“These advancements are driving the creation of invisible energy networks that power homes, industries, and cities.”Devices could run autonomously, vehicles charge on the move, and robots operate freely, creating a wireless energy ecosystem that positions Finland as a global innovation leader.
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