Designing of Microcontroller based Energy Meter (Smart Energy Meter) for Energy Preserving

K. V. Jyothi Prakash, N. S. Chethana, Fariya Tamkeen, C. S. Kala, N. Kavya
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Abstract

Electricity is one of the basic requirements of human beings since it is very widely used for domestic, industrial and agriculture applications [1]. In most of the developing countries the energy generated is less than the requirement hence there is scarcity of energy, therefore effective utilization of energy is very important. In the existing system there is no any indication of the energy used to the consumer at regular intervals, only by the end of the month when the bill is received the consumer will come to know the energy used by him. Further the meter reading at present is also manual which needs lot of man power. In this paper a smart energy meter is proposed with which the consumer will be notified the amount of power consumed by the end of the day such that he can plan the consumption of power. Also the power consumed by the consumer will be notified to the distributor as well as consumer such that no manpower is necessary for meter reading.
基于单片机的智能节能电能表的设计
电是人类的基本需求之一,因为它在家庭、工业和农业应用中得到了广泛的应用。在大多数发展中国家,产生的能源少于需求,因此存在能源短缺,因此有效利用能源是非常重要的。在现有的系统中,没有任何迹象表明消费者定期使用的能源,只有在月底收到账单时,消费者才会知道他使用了多少能源。而且目前抄表还是手工的,需要大量的人力。本文提出了一种智能电能表,它可以在一天结束时通知消费者消耗的电量,以便他可以计划电力消耗。此外,用户消耗的电量将通知给分销商和用户,这样就不需要人工抄表了。
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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