Энергосбережение на газораспределительной станции при совместной работе турбодетандера и воздушной климатической системы

Abstract

It is proposed a technological scheme of heat and power distribution station (GDS) based on the joint work of the recycling expander unit (UTD) and air climate system (VCS), which allows to generate thermal and electrical energy without combustion. The analysis of the amount of heat necessary for heating the premises of the GDS, and the possibility of rejection of gas boilers. The estimates of electricity generated by UTDU when triggered, gas pressure differential, as well as the needs of heat for the purpose of heating the gas after expansion in the turbine to avoid reducing the gas temperature below 0°C. The model is constructed of energy-efficient installation and an experimental study that showed the feasibility of the proposed approach to solving the energy saving problem.