Software

Thermal Network Library

Exam­ple of a heat net­work

 

Our heat net­work library is a set of ele­ments for the net­work cal­cu­la­tion pro­gram PSpice. This soft­ware can be usesd to cal­cu­late heat prop­a­ga­tion process­es both tran­sient­ly and sta­t­i­cal­ly.

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Pressure Network Library

 

Exem­plary pres­sure net­work of an assem­bly

Our pres­sure net­work library is a set of ele­ments for the net­work cal­cu­la­tion pro­gram PSpice, which can be used to cal­cu­late pres­sure gen­er­a­tion and pres­sure prop­a­ga­tion process­es in any vol­ume. The main field of appli­ca­tion is the cal­cu­la­tion of over­pres­sures in elec­tri­cal instal­la­tions and build­ings in the event of an arc fault.

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Pressure

Result screen

 

Our pres­sure soft­ware is an inde­pen­dent pro­gram for cal­cu­lat­ing over­pres­sures in the event of an arc fault. A space-aver­ag­ing method is used here.
Due to the much more com­fort­able user inter­face com­pared to the pres­sure net­work and the pos­si­bil­i­ty to out­put an auto­mat­i­cal­ly gen­er­at­ed cal­cu­la­tion report, the soft­ware enables a fast pro­cess­ing of the project to be con­sid­ered.

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Transformer

 

Main screen

 
 

Our trans­former soft­ware is an inde­pen­dent pro­gram for cal­cu­lat­ing the trans­former tem­per­a­ture in a build­ing. With the help of the soft­ware, the nec­es­sary ven­ti­la­tion of the trans­former can be deter­mined at the respec­tive loca­tion or the effec­tive­ness of the exist­ing ven­ti­la­tion can be checked.

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