Using Information and Measuring Technologies to Improve Energy Efficiency

I. Maslov, G. Maslova, Alexander Ishalin
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Abstract

One of the acute problems of energy supply today is providing consumers with both high-quality electricity and reliable and economically justified electricity supply. The use of information and measurement technologies will allow identifying problem areas for their subsequent solution, including improving the efficiency of electricity generation. A steady increase in loads is imposed on the existing distribution networks. Power transmission lines designed according to the consumption standards of the second half of the last century no longer have the necessary capacity, as a result of which the voltage level is reduced far beyond the permissible requirements. Over a five-year period, there has been a sevenfold increase in the number of technological connections in our region. Measurements of electricity quality parameters were made at several dozen transformer substations, as a result, significant inconsistencies with regulatory requirements were revealed. It is also necessary to balance the voltage level and limit the range of its deviations with the help of special equipment, since it is impossible to limit the range of voltage deviations or reduce its asymmetry on existing electrical equipment in electrical networks. As the measurements showed, the level of the reactive power coefficient for the voltage of 0.4 kV and 10 kV is far beyond the standard level, which causes additional losses of electrical energy. The article discusses methods for solving the above problems by using special equipment using information and measurement technologies.
利用信息和测量技术提高能源效率
当今能源供应的一个尖锐问题是为消费者提供高质量的电力和可靠的、经济合理的电力供应。信息和测量技术的使用将有助于确定问题领域,以便随后加以解决,包括提高发电效率。负荷的稳定增长强加在现有的配电网上。按照上世纪下半叶的用电标准设计的输电线路不再具有必要的容量,其结果是电压水平大大降低,远远超出了允许的要求。在过去的五年里,我们地区的技术联系增加了七倍。对几十个变电站的电能质量参数进行了测量,结果发现与监管要求有明显的不一致。还需要借助特殊设备来平衡电压水平并限制其偏差范围,因为在电网中现有的电气设备上不可能限制电压偏差范围或减少其不对称性。测量结果表明,电压为0.4 kV和10 kV时,无功系数水平远远超出标准水平,造成电能的额外损失。本文探讨了利用信息技术和测量技术,利用专用设备解决上述问题的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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