Aimed at inspiring researchers and practitioners, this paper presents comprehensive and
multidimensional discussions of the potential and benefits of integrating power line and …

In the literature, the majority of research efforts in power line communication (PLC) has been
focused on the physical layer in order to deal with issues such as the time varying behavior …

PLC superimposes high-frequency data signals ranging from a few hundred Hertz to
hundreds of megahertz over the low-frequency electrical power carriers to reuse the existing …

Power-line communication (PLC) is a promising communication technology of constructing
IoT (internet of things) systems, and it employs IEEE 1901 as its medium access control …

Many demand-response schemes fail because they inconvenience consumers or add
unnecessary costs. When participating in a typical demand-response scheme, a consumer …

Radio frequency energy transfer (RET) technology has been introduced as a promising
energy harvesting (EH) method to supply power in both wireless communication (WLC) and …

Hybrid networking of power line and wireless communication can complement each other,
save construction costs, improve network robustness, and has important value on the …

Peaks in electricity demand shape power system operations at various scales. In large
buildings, fees based on monthly demand peaks can comprise 30–70% of electricity bills. In …

With the increase in the number of Internet users, due to digital inclusion, it is necessary to
find the best possible way to provide this service. Among all forms of data transmission, PLC …

The advancement of battery and electronic technologies pushes forward transportation
electrification, accelerating the commercialization and prevalence of plug-in electric vehicles …