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Analysis of 5G Non-Orthogonal Technology Application on Smart Grid

机译:智能电网5G非正交技术应用分析

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Fifth generation (5G) wireless communication networks are being deployed worldwide at present, which not only enhances transmission ability with wide bandwidth for wireless mobile communication, but also enables 5G to promote a new digital, network and intelligence for all industry. Power communication has unique requirement and feature for itself, and with more and more power and other energy terminal devices need to access network, the current air access technology is difficult to satisfy the requirements. The 5G had carried out many key technology researches, including air interface and network technology, which establish solid basement for 5G standard and 5G+industry application. The article focuses on 5G Non-Orthogonal Multiple-Access (NOMA) technology, especially PDMA, and illustrates technology application scheme with power collection requirement as an example. It can be seen that NOMA can enhance network capability greatly for power communication, and improve transmission cover ability.
机译:目前,第五代(5G)无线通信网络正在全球部署,这不仅能够提高无线移动通信的宽带宽度的传输能力,而且还支持5G,以推动所有行业的新型数字,网络和智能。电源通信具有独特的要求和特征,并且随着越来越多的功率和其他能量终端设备需要接入网络,当前的空中接入技术难以满足要求。 5G进行了许多关键技术研究,包括空中接口和网络技术,为5G标准和5G +行业应用建立了坚实的地下室。该文章侧重于5G非正交多址(NOMA)技术,尤其是PDMA,并示出了具有电力收集要求的技术应用方案作为示例。可以看出,NOMA可以大大提高网络能力,以提高传输覆盖能力。

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