Prediction Method of Electric Energy Metering Device Based on Software-Defined Networking

Prediction Method of Electric Energy Metering Device Based on Software-Defined Networking

Jintao Chen, Binruo Zhu, Fang Zhao, Ruili Huang
Copyright: © 2022 |Pages: 20
DOI: 10.4018/IJISP.308316
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Abstract

The energy storage or management system is becoming more important as electrical energy demand globally grows. In the first step of the energy management plan, energy forecasting is an essential element. Software-defined network (SDN) seeks to change network architecture and processes to be agile and effectively enhance the functionality of fundamental system components such as switches and routers. Predicting electric energy is crucial to support demand-side management in the building business. The total power load of the individual building services systems management is becoming a challenging process to be predicted for buildings with electricity metering systems. Conventional model energy prediction focuses on predictive accuracy, and energy consumption must be predicted according to different conditions to build an efficient system. Novel deep learning-based smart energy metering prediction (DL-SEMP) technique is considered to overthrow such accuracy lack in prediction. Blockchain-based SDN has emerged a new architect for obtaining a distributed network in blockchain technology.
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Importance Of Smart Electric Energy Metering

Power suppliers use electrical meters in their customers' establishments; they are generally measured by payment processing units (Gao et al.2020).The standard electricity meter is an energy transmission device like a clock (Nguyen et al.2020). In addition to displaying usage data on LCD or LED screens, some electronic metres can send readings remotely. Other add-on modules include a real-time clock (RTC), liquid crystal display, infrared communication ports/modules, and so on. The metre is powered by an external power supply used in SDN.The number of turns is indicated by the dials that can be seen on the meter face (Manogaran et al.2018): electric metering or power supply in an electrical energy meter that measures the electricity consumed. There are essentially three key factors to consider meters (Elgendy et al.2021).Google Home or Amazon Alexa can even perform simple tasks on someone's smart devices. As opposed to this, smart home devices are a strategy that allows someone customized smart devices to carry out pre-programmed tasks. The user can pre-program them for specific occasions by SDN in smart communities.

Energy Meter For Electromechanical Induction

The electromechanical induction metering system is the most commonly used electricity meter (Amudha et al.2021). This recording works by counting the number of aluminium disc revolutions (Shakeel et al.2020). The aluminium disc will spin 78 revolutions per minute (RPM) during recordings in smart community devices.

Energy Meter for Electronics

The basic energy meter sensor senses converting and calculates the current and voltage of the circuitry signals to the digital form to get the electricity consumption units (Gao et al.2020).

Meters Of Smart Energy

A smart meter is a digital form that records energy consumption within 30 minutes (Jan et al.2020). The meter sends this information, usually daily, to the meter service provider (Manogaran et al.2018).

It allows for the integrated development of new production technology for predicting energy (Billah et al.2021). The main direction for the deep integration of information technology and industrial development will be intellectual manufacturing (Pham et al.2020). The life forecasts model of the smart meter is developed with the research into the operating data in transferring the form of the operational condition (Amudha et al.2021).With a smart meter, performance downgrade is the precise, quick, and reliable transfer of mobile maintenance information on-site, data discrimination, and analytical systems (Manogaran et al.2020). Consequently, potential smart meter failures can be found in the same sample in advance (Rajinikanth et al.2021). This meaningful step provides batch replacement theory and data support, hidden trouble assessment, as well as priority failure management (Abd EL-Latif et al.2020).In several ways, a smart meter is a conceptual terminal that integrates electricity data, real-time status verification, user interfaces, conversation, and power control into automatic electricity collection (Nabipour et al.2019). A smart meter is a legal measurement instrument as a state smart grid's essential infrastructure equipment (Khumprom et al.2019).Depending on the size of the economy, there may be one or even more sectors that dominate based on total economic growth, while other areas are smaller in size based on blockchain. Therefore, these three sectors can be compared in terms of the total value of the finished goods and services they produce.

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