CERATOM® technology means thermoelectric systems developed without ceramic plates.


  • Improved performance factor (15 to 30 percent)
  • Cutting in several times period required for assembling thermal systems
  • No polishing/grinding operations and lapping compounds are required
  • Production of systems of any sizes and shapes.
Main Page Applications Cooling & heat setting

Thermoelectrics in transportation industry

Resistivity to vibration and mechanical impacts, possibility to function in reverse service mode, simplicity and unorthodoxy of devices developed on the basis of non-ceramic thermoelectric modules and systems produced by TERMIONA opens new opportunities in transportation industry. Making use of CERATOM® technologies in the production of air conditioning components for railway cars and climate control systems intended for seats installed in passenger cars and special vehicles whatsoever is provided by significant improvement of their application conditions and price policy pursued by TERMIONA.


Innovation solutions for air conditioning systems installed in railway cars


Air conditioning systems manufactured with the use of TERMIONA thermoelectric non-ceramic heat exchangers are in a position radically improve comfort of travelers in passenger electrical trains especially in countries with climate characterized by sharp temperature drops; such systems are capable to independently adopt to the reversible operation mode. Taking in mind their resistivity to vibration and mechanical impacts, making use of TERMIONA thermoelectric systems is an ideal solution for application in air conditioners installed in passenger railway cars.

 

Simple design, reliability, efficiency and possibility of reverse operation of thermoelectric air conditioners manufactured on the basis of TERMIONA non-ceramic thermoelectric systems, cost effectiveness thereof inclusive offer an ideal solution for one of the most serious problems experienced by railway industry, i.e. the providing and maintaining comfort temperature environment inside railway cars.

 

Climate control systems based on TERMIONA thermoelectric systems


Until recently thermal stabilization systems for car seats with individual control function capable to create all year-round proper comfort for driver/passengers irrespective of the environment temperature have been accessible only for the luxury class cars. Owing to TERMIONA development results such a luxury became accessible not only to the medium class car owners but to the drivers of special vehicles as well, such as loading /unloading and building vehicles in which until recently the use of thermoelectric cooling systems was not possible due to the permanent susceptibility of their cooling systems to the relevant mechanical impacts that usually put out of action the standard thermoelectric elements.

 

Therefore the passenger/driver can easily select the desirable system operation mode (cooling or heating) by means of a simple push button. Through a special system of integrated channels into the seat backrest or the automobile seat itself is driving the cooled or heated air thus improving the driving comfort. The heat pump controls also the temperature level by way of changing the air flows direction.

 

The advantages of seat climate control systems by TERMIONA may be briefly outlined below as follows:

 

  • opportunity to function in reverse mode (cooling either heating) that is impossible in case of operation of the ordinary electric heating panels;

 

  • the prolonged operation lifespan and system longevity provided when making use of non-ceramic TERMIONA thermoelectric systems that are in a position to function even in conditions of the constant mechanical impacts on thermal stabilization system due to use of Aluminum instead of ceramics;

 

  • the lack in system of the environmentally unsafe freon gas that is used as filling material for the traditional cooling systems.