Smart Power-Sharing System for Dormant Domestic Consumers using Green Energy using Wireless Networks

K. Rajesh, I. Emerson, A. Ramkumar, R. Jenitha, B. Baranitharan
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Abstract

Lack of energy storage technology is a key worry in the period of increased global demand for electricity. The use of solar energy is on the rise and is more efficient at producing power. The utilization of solar energy has expanded to include home and commercial applications. An island mode is utilized in battery storage in off-grid power distribution systems. Off-grid power is a standalone mode that is used for household purposes in the power distribution system. The goal of my project is to create an off-grid power system in my house that stores energy in batteries. The nearby homes receive the generated electricity from the off-grid system in exchange for payment. As a result, electricity is distributed through a particular non-EB supply at the moment it is distributed through a nearby home in wireless mode. Using an Arduino with a GSM module in wireless mode. The quantity of energy used by the nearby homes is computed using the readings from the energy meters. For the outputs, the MATLAB/SIMULINK program is used to test the proposed system's functionality. The EB Distribution box uses sensors and control systems to supply power to the neighboring homes.
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智能电力共享系统,为休眠家庭用户使用无线网络的绿色能源
在全球电力需求增加的时期,缺乏储能技术是一个关键的担忧。太阳能的使用正在增加,而且在发电方面效率更高。太阳能的利用已扩大到包括家庭和商业应用。在离网配电系统中,采用孤岛模式存储蓄电池。离网电源是一种独立的模式,用于家庭用途的配电系统。我项目的目标是在我的房子里创建一个离网电力系统,将能量储存在电池中。附近的家庭收到从离网系统产生的电力,以换取付款。因此,当电力以无线模式通过附近的家庭分配时,它是通过一个特定的非eb电源分配的。在无线模式下使用带有GSM模块的Arduino。附近家庭使用的能源数量是根据电能表的读数计算出来的。对于输出,使用MATLAB/SIMULINK程序测试所提出的系统的功能。EB配电箱使用传感器和控制系统为邻近的家庭供电。
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