Abstract
In this paper the technology for providing peak thermal power of combined heat and power plants using a peak network heater and an additional water-to-water heat exchanger fed by the condensate of this peak heater is proposed. A comparative analysis between the thermodynamic efficiency of traditional thermal power plant heating system diagram with the peak water-heating boilers and the proposed diagram with the peak network heater and the additional water-to-water heat exchanger has been conducted. The analysis was carried out using the exergy method, which allows taking into account different types of energy generated at the thermal power plant. For traditional and proposed technologies to operate the thermal power plant exergy flows, exergy losses, and exergy efficiency factor have been calculated.
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