On the use of an Arduino-based controller to control the charging process of a wind turbine

Mahmuddin, Faisal; Yusran, Ahmad Muhtam; Klara, Syerly

doi:10.1063/1.4976284

Cited by 7 publications

(4 citation statements)

References 4 publications

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“…Renewable energy resources are exploited by the scientist to meet the power need of the day [7]. A combination of various sources used in the system are 1) Solar Cell: Solar cell devices also known as photovoltaic cell has ability to convert energy of light into electrical energy [8]. Solar cells are fabricated with silicon which increases the efficiency and lower the cost of the materials used in solar cells [9,10].…”

Section: B Power Management Modulementioning

confidence: 99%

Self-Power Generating Indoor Air Purifier Robot

al.¹

2020

IJCDS

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The increase in air pollution has led to an enhancement in need & usage of air purifier. In the past two years, especially in the months of October and November, the usage of indoor air purifier has increased drastically in National capital region of India when particulate matter has crossed the acceptable limits. The raise in indoor air pollution had led to severe concerns to elderly people, infants and asthmatic patients even if they stay back at home. Commonly static room air purifiers are used, but a movable air purifier which can sense the location of higher concentration of air pollution and move the system accordingly can improve the overall efficiency of the air purifier. This type of air purifier needs electricity to run. This paper proposes a self-power generating air purifier robot, which is capable of electricity generation, sensing air quality and air purifying by moving it to desired location. Hence this robot can be utilized both by urban and rural area people. The robot has four components namely, renewable energy generation module, air filter module, sensory module to sense the presence of PM 25 particle to determine how much air purification is required and finally data analytics module which will help in identifying the location where air purification is to be done.

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Section: B Power Management Modulementioning

confidence: 99%

Self-Power Generating Indoor Air Purifier Robot

al.¹

2020

IJCDS

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“…13. As a microcontroller, which serves as a superior controller for the entire system, the Arduino pro mini 328 3.3V 8MHz was chosen, one of the most common solutions in these applications [13]. It may be easily programmed via USB, serves both digital (RPM sensor) as well as analog inputs (voltage measurement with a use of simple amplifier).…”

Section: Safety Systemsmentioning

confidence: 99%

Small wind, big potential: HAWT design case study

et al. 2018

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In this paper the project of a small wind turbine for urban application has been described. The project of a horizontal small wind turbine presented in this paper was made for the purposes of taking part in ISWTC, but the main target was to develop a turbine for urbanized regions starting in conditions of low wind speed. In this paper a description of aerodynamic and mechanical design are presented; also, control and safety systems are discussed. This turbine has the potential to become a cheap energy generator for household use and can be a competitor of vertical small wind turbines.

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“…In this article we will only focus on writing a literature review based on Arduino for your wind turbine projects. In the paper, Mahmuddin et al developed a wind generator that uses Arduino as a microcontroller and is able to control the overload voltage [16]. The charge controller with controller relay to increase the heating and power generator safety during the charging process.…”

Section: Introductionmentioning

confidence: 99%

Electricity generation from renewable energy based on abandoned wind fan

Markom

Hadri

Yazid

et al. 2022

IJEECS

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<span lang="EN-US">In the 21<sup>st </sup>century, our world is facing difficult conditions for serious environmental pollution and the problem of energy shortage. An innovative idea has emerged to recycle wind energy from air conditioning condenser fans in outdoor buildings. Therefore, the main goal of this research is to develop renewable wind energy from the condenser fan of an air conditioner using Arduino as a microcontroller. This research moves towards a portable, low cost, environmentally friendly mini device that harnesses renewable energies with endless resources for future alternative power generation and reduces the burden of consumers' electricity bills.</span>

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On the use of an Arduino-based controller to control the charging process of a wind turbine

Cited by 7 publications

References 4 publications

Self-Power Generating Indoor Air Purifier Robot

Self-Power Generating Indoor Air Purifier Robot

Small wind, big potential: HAWT design case study

Electricity generation from renewable energy based on abandoned wind fan

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