Aeir provides a magnetic‑resonance wireless energy transmission system that creates defined power zones up to 1 km in radius, enabling contactless charging for mobile devices, electric vehicles, and equipment in hospitality or smart‑city settings. The platform includes real‑time monitoring and control software to ensure safety, precise targeting, and dynamic allocation of energy across multiple zones, extending the reach of existing grid infrastructure without cables.
Funding
Funding not disclosed
Founders
Product
Problem
Current electrical infrastructure relies on wired connections, limiting the placement and mobility of power sources and creating inefficiencies in delivering energy to distributed devices such as mobile electronics, electric vehicles, and urban installations.
Solution
Aeir develops a wireless energy transmission system that uses magnetic resonance to deliver power through air with precise targeting and safety controls. The technology creates defined transmission zones up to 1 km in radius, enabling contactless charging of mobile devices, electric vehicles, and equipment in hospitality or smart‑city environments. Power is transmitted from a central hub to receivers that convert the resonant field back into usable electricity, eliminating the need for physical cables. The system integrates monitoring and control software to manage power flow, ensure compliance with safety standards, and allow dynamic allocation of energy across multiple zones.
Target Audience
Primary customers include electric vehicle fleet operators, hospitality providers, smart‑city planners, and manufacturers of mobile electronic devices seeking wireless power solutions.
Features
- Magnetic‑resonance based power beaming capable of delivering energy over distances up to 1 km
- Defined transmission zones with real‑time monitoring for safety and precise power targeting
- Contactless charging solutions for mobile devices, electric vehicles, and stationary equipment
- Integration platform for smart‑city infrastructure and hospitality venues to manage distributed energy loads
- Scalable architecture that can be layered onto existing grid systems to extend reach without additional wiring