Innovation approach demonstrated by TERMIONA in the field of thermoelectric design and technological solutions makes our products not only highly competitive but the unique one as well. To the number of unquestionable advantages of thermoelectric systems produced by TERMIONA are referred the following ones:
- The improved cooling performance and efficiency
Lack in non-ceramic thermoelectric systems and ready devices based thereon of any extra heat-transfer resistance and the relevant heat flow losses improves their cooling performance and generation efficiency by 15 to 30 percent thus sizably raising performance factor and energy efficiency of any ready devices made with the use of TERMIONA thermoelectric systems. - High reliability
Lack of any technical risks associated with use of thermoelectric systems produced by TERMIONA, i.e. our systems are in a position to withstand 5 to 10 times more thermal cycles (switching on/off). The other advantage is the lack of strains between their individual components under any sharp and considerable temperature drops thus allowing sizably improve reliability of any end devices whatsoever. - Resistance to mechanical impacts
Lack in TERMIONA systems of ceramic laminas that are the most fragile component of classic modules allows does not beware of any damage due to the mechanical impacts and vibration thus making them highly suitable for use in new industries that have been previously non-accessible for thermoelectric modules. For such industries our novelty solutions in field of thermal electricity would be a powerful incentive for further development (for instance in motor-vehicle construction, civil engineering and manufacturing of road machines). - Prolonged effective lifespan
In course of thermocycling all device parameters tend to improve as far as contacts lapping occurs (in classic module the progressive fatigue contacts breakdown takes place). This feature allows to prolong the effective module lifespan and provide for stable operational parameters of the relevant devices within the entire period of their operation. - Cost effectiveness and the reduced operating expenses
Owing to the reduction of inter-lamina contact resistance (in 3 to 5 times) the consumption of thermoelectric material, i.e. the most expensive raw material, is also reduced. Besides the appropriate power parameters and continuous operation lifespan of the system are also increasing thus practically removing the necessity in any service maintenance of end products. - Unique low heat-transfer resistance
Our thermoelectric systems contain no ceramic layer, thermal gaskets and thermal pastes traditionally applied for lapping and providing the additional heat resistance. - Installation /assembling plainness
Non-ceramic TERMIONA thermoelectric systems may be inbuilt in article with the use of screw fastening, welding operation and pressing down by other structure components without the use of the specific intricate systems intended for the “removal” of heat flow and the expensive thermal pastes. Such feature allows to create thermoelectric system directly into the subject article avoiding any complicated structures thus reducing in up to 5 times time required for installation jobs and service maintenance. The consumption of raw materials and cost of ready products is cut in process thereof as well. - An opportunity to produce elements of any shape and configuration whatsoever
Making use of aluminum alloy and application of CERATOM® technology that allows to apply special ceramic-like layer on the surface of virtually any shape whatsoever provides the opportunity to produce systems of any configuration. For the sake of design simplicity and reliable fastening the unlimited number of holes of any shape my be drilled.
