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Thermoelectric Devices in Energy Harvesting and the Role of ENIGMATIC Project plays

Energy harvesting is an emerging field that holds the potential to revolutionise how we generate and consume power. The ENIGMATIC Project, led by European Thermodynamics Limited (ETL), plays a crucial role in advancing this field by optimising thermoelectric devices for energy harvesting applications.

Thermoelectric devices, which convert heat into electricity, are at the forefront of energy harvesting technology. ENIGMATIC takes this a step further by developing thermoelectric materials with over 99% theoretical density, particularly with bismuth telluride. This enhancement leads to more efficient energy conversion, making these devices highly effective at capturing waste heat from industrial processes, transportation systems, and even residential applications.

By improving the performance of thermoelectric devices, ENIGMATIC creates new opportunities for energy harvesting across multiple industries. As demand for sustainable energy solutions grows, the project’s innovations will provide businesses and consumers with more effective ways to reduce energy consumption and generate power from available heat sources. This breakthrough in energy harvesting aligns with global efforts to transition to greener, more efficient energy systems.

Through the ENIGMATIC Project, ETL is not just innovating in thermoelectric manufacturing—it is helping shape the future of sustainable energy.

About European Thermodynamics Limited

European Thermodynamics Limited (ETL) is a leader in advanced materials and thermal management solutions. Through projects like ENIGMATIC, ETL is at the forefront of sustainable innovation, shaping the future of thermoelectric technology. By leveraging materials like bismuth telluride, ETL is committed to advancing thermoelectric manufacturing and contributing to a more sustainable future.

At ETL, we are proud to explore the potential of bismuth telluride in the ENIGMATIC Project and continue driving innovation in thermoelectric technology.