Multi-hop based energy-saving control scheme for internet-of-things systems

Chang, Jau-Yang; Jeng, Jin-Tsong; Wu, Jun-Yi

doi:10.1080/02533839.2022.2078421

Cited by 2 publications

(1 citation statement)

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“…Chang Jau-Yang has designed a multi hop based energy-saving control scheme to handle the sleep process of sensor devices. Based on the multi hop routing structure, self-adaptive decisions are made to select the type of power saving level, which brings reasonable energy consumption and appropriate packet delay time to sensor devices [3]. Ding Renkai Ruochen Wang has designed an energy-saving control strategy ISSN 2616-5767 Vol.6, Issue 9: 57-64, DOI: 10.25236/AJETS.2023.060909…”

Section: Introductionmentioning

confidence: 99%

Innovative Application of Energy-Saving Control Technology in Mechanical and Electronic Engineering

2023

AJETS

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In the context of modern society, economic and technological progress, energy consumption is increasingly intensifying. It is in this context that people's understanding of energy conservation has gradually deepened, and control technologies for energy conservation have also rapidly developed. The energy-saving control system is a control system established based on energy-saving control technology. It utilizes programmable automation control technology to achieve automatic control of the system, and has obvious advantages in energy-saving control in electronic and mechanical engineering. This article takes the energy-saving controller of asynchronous motors for vehicles as the research object, with the aim of reducing motor energy consumption and improving motor efficiency, to study extending the range of electric vehicles. In the energy-saving comparison experiment, this article proposes a scheme for energy-saving control experiment of automotive asynchronous motors. The experimental results show that under energy-saving conditions, the power factor improvement in condition 2 is the largest, with a value of 67%. Under the condition of not using any energy, the power factor of condition 6 increases by a maximum of 65%. This proves the correctness and effectiveness of this control method. It is very important to adopt energy-saving control technology for the application research of asynchronous motors.

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Section: Introductionmentioning

confidence: 99%