energy reserve of a thermal station

physical electronics of the thermo-electrical effect

The other thermoelement is coupled to the ignition burner of the security thermoelectric device.

time utilisation factor of a thermal unit

time utilization factor of a thermal unit

The invention relates to a thermo-electric energy converter for converting thermal energy into electric energy and vice-versa, comprising at least one thermo-element.

equivalent nominal capacity of a steam generator of a thermal station

The thermoelectric assembly includes a thermoelectric device (32) with a hot sink (40) and a cold sink (50).

The crystal (12) may be cooled by a thermo-electric device (24).

The first thermoelectric segment has a working fluid flowing therethrough with a fluid pressure.

The second thermoelectric segment is configurable to allow the working fluid to flow therethrough.

A thin film of thermoelectric conversion material exhibiting excellent thermoelectric conversion performance is formed on various substrates.

In an arrangement of two thermoelements connected in series or in parallel, said thermoelements act on an electromagnet of an ignition security thermoelectric device.

A thermoelectric generating material is thermally coupled to the heat receiving element for conversion of solar thermal energy to electrical energy.

The thermoelectric composite material may comprise a metal oxide material and graphene or modified graphene.