首页> 外文会议>Annual Conference of the IEEE Industrial Electronics Society >Reducing specific energy consumption by conserving energy and increasing energy efficiency in low tension distribution and utilisation — A case study
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Reducing specific energy consumption by conserving energy and increasing energy efficiency in low tension distribution and utilisation — A case study

机译:在低张力分布和利用中通过节约能源和提高能源效率来降低单位能耗–案例研究

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Energy conservation is a great challenge for a country since the economic development is closely linked with the electric energy consumption. The aim of the study is to investigate the losses in low tension (LT) namely "Aggregate Transmission, distribution and Commercial (AT&C)" and quantified per cent of total energy. Also loading of transformers and power factor (pf) of feeders at receiving end are calculated with the actual power flow studies (suggested method) instead of secondary current measurement and comparison is made. Energy saving is suggested through optimization of transformer loading level, reactive power compensation at load end, strengthening of conductors, efficient loading of utility and optimizing the usage of the energy saving gadgets at utility. Energy efficiency of the industry is expressed as the reduction in specific energy consumption (SEC) that is derived from the relation between energy and production of the industry and SEC before and after implementation is compared.
机译:节能是一个国家面临的巨大挑战,因为经济发展与电能消耗密切相关。该研究的目的是调查低张力(LT)中的损失,即“总输电,配电和商业(AT&C)”,并量化占总能量的百分比。接收端的变压器负载和馈线的功率因数(pf)也是通过实际的功率研究(建议的方法)来计算的,而不是进行二次电流测量和比较。建议通过优化变压器的负载水平,负载端的无功功率补偿,导体的加固,公用事业的有效负载以及在公用事业中优化节能小工具的使用来实现节能。行业的能源效率表示为单位能耗的减少,单位能耗是通过比较实施前后行业与SEC的能源与产量之间的关系得出的。

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