CONVERT TEMPERATURE DIFFERENCES INTO ELECTRICAL ENERGY
Main Features
Energy from Temperature Differences:
It uses temperature variations to generate energy, allowing devices and sensors to be powered without relying on external energy sources.
Adaptable and Compact:
Its flexible design allows installation on a variety of surfaces and contexts, maximizing the use of areas that would typically be underutilized.
Advanced Graphene Technology:
Thanks to the unique properties of graphene, the generator presents outstanding performance with high thermoelectric efficiency.
In various industries, such as aerospace and cloud computing, up to 60% of the energy used is lost as heat.
Our thermoelectric generator helps to:
Recover Wasted Energy
It transforms residual heat into electrical energy, improving the energy efficiency of processes.
Reduce Costs and Ease the Load on Batteries and Engines
By reusing part of the lost energy, it reduces demand on main systems, extending their useful life and reducing operating costs.
Increase Operation Time
It reduces energy consumption and increases efficiency. Systems can operate for longer periods without the need for frequent recharges.
How Does It Work?
Temperature Differences
When heat is applied to one side of the material, the wrinkles in the graphene film act as quantum conductors, generating an electrical voltage.
Optimized Efficiency
Graphene has a high Seebeck coefficient, allowing thermal differences to be efficiently converted into energy.
Multiple applications
This voltage is used to power sensors or secondary devices, increasing the efficiency of the system in which it is integrated.