Natural Energy
Solar, mechanical, thermal and other locally available energy sources.
APPLICATIONS
From energy in nature to useful applications.
FET combines energy transducers, storage, management and system integration to create autonomous products, building systems, infrastructure and distributed energy applications.
One technology platform · Multiple application environments
FROM ENERGY TO APPLICATION
A common functional chain.
Different FET solutions can be read through the same logic: available energy is converted by suitable components, stored and managed, then integrated into the host system where it performs a useful function.
Transducers & Energy Components
Components that collect, convert or transfer energy.
Storage & Management
Electrical, thermal and geothermal storage combined with intelligent control.
System Integration
Technology becomes part of a product, building, infrastructure or mobile system.
Application
The integrated system delivers its function, potentially without an external energy supply.
TRANSDUCERS & BASE COMPONENTS
Technology begins before the host application.
Some FET developments are reusable technological building blocks rather than products tied to a single application.
Photovoltaic Elements
Photovoltaic cells and integrated PV elements for local solar-energy harvesting.
Moving Coil Energy Harvester
An oscillating moving-coil transducer designed to recover electrical energy from movement and vibration.
Active Thermal Exchangers
Active thermal-transfer components developed for controlled heating and cooling functions and reusable in different host systems.
STORAGE & ENERGY SYSTEMS
Collected energy becomes available when it is needed.
FET applications can combine electrical storage, thermal or geothermal storage and intelligent management. The scale can range from compact power-bank systems to large distributed storage architectures.
APPLICATION FAMILIES
Different hosts. The same integration logic.
Energy Harvesting & Storage Systems
From compact autonomous power banks to larger collection, storage and distributed-energy systems.
Autonomous Products
Finished products such as Sun Flower Umbrella and Smart Backpack, designed to collect, store and use their own energy.
Buildings & Architectural Integration
PV roof tiles, roofs, shutters and other components that add energy harvesting to their primary architectural function.
Integrated Building Energy Systems
Building-scale systems combining integrated PV roofs, lithium storage, geothermal piles and coordinated energy management.
Smart Surfaces & Infrastructure
PV tiles, pavements and horizontal systems integrating energy harvesting with lighting, indication and signalling.
Mobile & Transportable Energy Systems
Mobile, transportable and vehicle-carried collection systems for energy availability where fixed supply is impractical.
Electric Traction & Distributed Energy
Traction batteries and distributed systems combining photovoltaic recharge, storage and energy management.
Custom & Future Applications
New host systems and custom solutions developed around the same energy-integration principles.
ENERGY AUTONOMY
The host system can become part of its own energy supply.
By combining local harvesting, suitable storage and intelligent management, FET technologies can enable stand-alone applications designed to operate without continuous dependence on an external energy source.
