减少能源生产中的非生产性热损失

V. Demchenko, V. Konyk
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引用次数: 0

摘要

这篇文章专门分析了热能发电中的非生产性损失。确定了站场设备、工艺管道和工艺流程不平衡处热损失的原因及其定位。作为分析的结果,建议核电站(NPPs)或火电厂(TPPs)与可用的可再生能源(RES)联合使用,使用储热系统,这将平衡系统的“发电-运输-消耗”。在RES、二次热能(TER)的产生中使用固定式和移动式蓄热器将减少热损失,使用低电位源,这将减轻服务设备的负担,减少燃料消耗(FER)和对环境的有害排放。此外,建议对电站设备和管道进行全面的能源审计。对技术陈旧、效率低的设备进行更换,更换管道和保温材料。更新自动化系统,引入工艺调度系统。平衡技术流程。
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Reducing of Non-Productive Heat Losses in Energy Generation
The article is devoted to the analysis of non-productive losses in the generation of thermal energy. The causes of heat losses and their localization on the station equipment, technological pipeline and at unbalance of technological processes are established. As a result of the analysis, recommendations were given for the joint use of nuclear power plants (NPPs) or thermal power plants (TPPs) with available renewable energy sources (RES), using thermal storage systems, which will balance the system "generation - transportation - consumption". The use of stationary and mobile heat accumulators in the generation of RES, secondary thermal energy (TER) will reduce heat loss, use low-potential sources, which will relieve service equipment, reduce fuel consumption (FER) and harmful emissions into the environment. Also, it is recommended to conduct a full energy audit of station equipment and pipelines. Implement replacement of technically obsolete equipment with low efficiency, replace piping and insulation. Update the automation system, introduce a process scheduling system. Balance technological processes.
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