Technology


Design, simulation, fabrication and assembly
We are specialized in fast-tracking the design, simulation, development and assembly of Thermoelectric components and systems.
Silicon alloys casting technology
Silicon alloys are the reference for thermoelectric conversion at high temperatures - up to 1000°C. The Silicon Germanium alloy is the reference alloy for thermoelectric conversion in deep-space, used in 6 major missions including Voyager 1, launched in 1977 and still in use today.
Thermagy operates specialized casting processes to fabricate these special alloys.
Thermagy operates specialized casting processes to fabricate these special alloys.


Solid state thermoelectric conversion technology
Thermoelectric generation technology
Thermoelectric Generation (TEG) components are a recognized conversion technology used for reliable and long-lasting power generation in remote places.
Thermagy fabricates various types of TEG modules, specified for different temperatures ranges and heat flows.
Thermoelectric Generation (TEG) components are a recognized conversion technology used for reliable and long-lasting power generation in remote places.
Thermagy fabricates various types of TEG modules, specified for different temperatures ranges and heat flows.


Thermoelectric cooling technology
Thermoelectric Cooling (TEC) components are solid-state systems enabling precise cooling & heating of components or systems, and maintaining precise temperatures.
Thermagy engineers specific architectures to accommodate extremely demanding cooling requirements.
Thermoelectric Cooling (TEC) components are solid-state systems enabling precise cooling & heating of components or systems, and maintaining precise temperatures.
Thermagy engineers specific architectures to accommodate extremely demanding cooling requirements.



