Abstract
District heat supply systems satisfy the heat needs of a wide range of consumers. The combined heat and power (CHP) installations are based mainly on steam turbine installations. The energy efficiency of steam turbine installations is influenced by the heat released into the system, the temperature of the district water at the outlet of the district heater and the temperature of the district water returned from the district heating system. This report aims to present an approach to assess the energy efficiency of cogeneration from steam turbines using mathematical and simulation modeling.
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