Abstract
Methodological issues of determining the thermodynamic efficiency of expander-generator units as separate technological objects, as well as when they are used at enterprises of various types, are considered. It is shown that when determining the thermodynamic efficiency of the use of DGA at thermal power plants (TPP), a systematic approach is required, taking into account the effect of DGA on the efficiency of the main equipment of TPP. Dependences are given that make it possible to determine the effect of DGA on the thermodynamic efficiency of power plants of various types (CPP and CHPP) under various operating conditions.
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