Reliability Assessment of Combined Heating System Using Quota Heating Coefficient

Hai Chao Wang; Ping Hua Zou; Wen Ling Jiao

doi:10.4028/www.scientific.net/AMR.243-249.5017

Paper Titles

Mechanism of Convective Heat Transfer of Airflow in Deep Airway
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Study on Safety Evaluation Method for Water Distribution Networks Based on LS-SVM
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Analysis on Energy Saving in Cross-Critical CO₂ Cycle Refrigeration and Development Localization
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Study on Indoor Thermal Comfort of Civil Building in Xi’an
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Reliability Assessment of Combined Heating System Using Quota Heating Coefficient
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A Proposal for Winter Outdoor Design Temperature of Intermittent Heating
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Mesoscale Numerical Simulation of a Downburst
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Study on Three-Dimensional Wind Field Characteristics of Thunderstorm Microbursts Using Computational Fluid Dynamics
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Three-Dimensional Numerical Simulation of Downburst Wind Occurrded in Wuhan
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Reliability Assessment of Combined Heating System Using Quota Heating Coefficient

Abstract:

The operation reliabilities of heating systems are always of great importance. As to the reliability assessment of a combined heating system with peak load compensation in the secondary heating network, it is suggested to use reliability ensuring coefficient based on quota heating coefficient rather than traditional reliability criteria. It is clear that the reliability ensuring coefficient S is capable of assessing the reliability of combined heating system in the most critical condition. Besides, peak load heat sources in secondary heating network can backup the primary heating network and augment the reliability to a certain extent.