Generation

Making use of products manufactured by TERMIONA on the basis of CERATOM® technology allows to remove all substantial limitations connected with generation of thermal electricity and offer a quality new solution for market of thermoelectric generators. The relevant competitive advantages are provided for the account of reducing their overall dimensions and weight, considerable improvement of their performance factor, reliability and sustainability in respect of heat cycles. Thermoelectric generators are used for power supply of engineering systems of private residences and are capable to provide for their complete autonomy. Besides such devices may serve as a reliable backup power source, covering requirements of a wide range of household appliances.

Automobile market is one of the most dynamically developing markets in the world. Exploitation of TERMIONA innovation development results in field of thermoelectrics may determine new stage of the development of environment friendly motor-vehicle construction. Growing interest to thermoelectric generators in automobile industry is predetermined by evident commitment of vehicle manufacturers to the improvement of energy efficiency of their products and cutting fuel expenses. Power generation system based on CERATOM® technology will allow to convert considerable portion of heat carried by vehicle exhaust gases and engine waste heat into electricity.

Thermoelectric micromodules produced by TERMIONA Company offer the opportunity to make any security alarm system autonomous and independent of any extreme situations whatsoever. Power generated with the use of TERMIONA micromodules is quite sufficient for reliable feeding security alarm systems installed inside residential or industrial premises or automobiles. The relevant device is placed in this case on window or automotive glass and power generation is supported owing to the difference between temperature of glass and outer air.

Thermoelectric generators of this category are intended for feeding radio electronics apparatuses, radio stations, security alarm systems, as well as charging storage batteries for any purpose whatsoever. Operating principle of such thermoelectric generators is based on Zeebec effect, i.e. in process of heating one side of thermoelectric module and cooling the other one the appropriate electromotive force (voltage) occurs. Therefore assembly composed of the requisite number of modules may successfully perform the functions of electricity generator producing the necessary voltage, amperage and power.