Smart Wireless Distribution for Micro Grid System

Sayan Paramanik, K. Sarker, B. Mahanty, Avijit Chakraborty, D. Chatterjee, S. Goswami
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Abstract

Electric power is essential in modern life. Due to limitation of the present grid, wired household distribution system facing unpredictable technical challenges. Recently, micro grid & wireless power transfer (WPT) offers a brand new energy acquisition for increasing the reliability and decreasing power losses as well as overall cost of the system & power security. This present paper elaborates an overview of micro grid system & focused on WPT with mathematical calculation & hardware implementation. The proposed transmitter & receiver have a sensitivity of −91 dbm and bandwidth of the signal is 320 KHz to −320 KHz and device range is 7 meter. The proposed system has two phases for power transfer first is key exchange between the transmitter to the receiver and the second is encrypting the energy to allow for secure energy transmission. This paper also emphasizes on the latest technologies, and economical aspects.
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微电网系统的智能无线配电
电力在现代生活中是必不可少的。由于现有电网的限制,有线家庭配电系统面临着不可预测的技术挑战。近年来,微电网与无线电力传输(WPT)为提高系统可靠性、降低电力损耗、降低系统整体成本和电力安全提供了一种全新的能源获取方式。本文阐述了微电网系统的概况,重点介绍了微电网系统的数学计算和硬件实现。该发射机和接收机的灵敏度为- 91 dbm,信号带宽为- 320 KHz至- 320 KHz,设备范围为7米。该系统具有两阶段的能量传输:第一阶段是发送方与接收方之间的密钥交换,第二阶段是对能量进行加密以实现安全的能量传输。本文还着重介绍了最新的技术和经济方面。
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