An IoT-Based Smart Energy Meter With Real-Time Power Tracking System: A Review

Vampire: A smart energy meter for synchronous monitoring in a distributed computer system

“…5 Controlling pre-paid and recharge systems [38][39][40][41]. 6 Monitoring systems on renewable energy sources [10,42], as photovoltaic (PV) power plants [43][44][45][46]. 7 Supervision in "smart grids".…”

“…Several good works have been published that carry out surveys or comparative studies on different types of meters, highlighting those of Rind [48], Suriyan [114], Sanchez-Sutil [66], Sadeeq [115], Karthick [20], Bedi [82], Alahakoon [112], Beaudin [116], Sun [2], Avancini [49], O'driscoll [68], Ageed [117], Viciana [21], Diouri [118], Baduta [119] and Islam [120]. These articles consider and compare parameters such as: a) Meter sensor type (physical principles and nature of measurements captured); b) measurement accuracy; c) measurement frequency (granularity); d) wireless technology used, GSM, Wi-Fi, LPWANN, etc.…”

Implementation of a smart energy meter using blockchain and Internet of Things: A step toward energy conservation

“…However, as more devices connect, electrical utilities face greater challenges in terms of interoperability, fragmentation, and security. Smart metering utilizes software-based systems to measure and manage building utilities such as energy, water, and gas, among others (Andoni et al, 2019;Islam et al, 2021). A SM is a critical component of a SG's communication infrastructure (Hasankhani et al, 2021) that monitors, controls, and analyses power usage by sending data to a central data server on a regular basis.…”