International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 09 Issue: 10 | Oct 2022
p-ISSN: 2395-0072
www.irjet.net
RESEARCH ON EXPLORING THE CONTROL OF HIGHWAY LIGHT BY MONITORING WIND POWER PARAMETER. Harsh N. Gupta1, Tejaswini M. Wakalkar2, Nalini M. Paunikar3, Komal C. Deshpande4, Prof. Pranay V. Ambade5, Prof. Ashutosh V. Joshi6 1,2,3,4 Final
year student, Department of Electrical Engineering, JDCOEM, Nagpur, India Department of Electrical Engineering, JDCOEM, Nagpur, India ---------------------------------------------------------------------***--------------------------------------------------------------------Abstract - The wind turbines are a planned project's built to 2. PROPOSED WORK 5,6 Professor,
harness wind power from the roadway because swift movement of vehicles. the rapidly expanding source of energy solar and wind power. In this, we're utilizing wind energy because is available anywhere for free. owing to the motion of vehicles, the amount of wind energy generated on the roads that aren't used. Consequently, we may use this. using energy to generate electricity and solve some issues electricity. The windmill or wind turbines can now be installed. because it can produce electricity, in the middle of the roadway. while the cars are moving from both sides. the created Streetlights close by are lit by electricity. These are all parameters.
Key Words:
IOT, VAWT, LM7805, Streetlights Monitoring, ATMEGA328.
1. INTRODUCTION Fig 1: Block Diagram of Proposed Work.
Wind energy is a source that is quickly expanding. The main issue with wind energy is wind variability. Every time, energy will fluctuate. Thus, if we utilize wind motorway turbines, where there will always be wind because automobiles driving quickly. This energy is kept in rechargeable battery used to provide electricity at night We can observe the power statues automatically and base station through the IOT.
Iinitially, the highway windmill's energy output arrives at ATMEGA328. This power is saved within a lithium-ion battery. The energy produced is employed to A voltage circuit is also linked to the ATMEGA328. temperature sensor, too. Circuit measuring voltage captures when the windmill's voltage drops to less than 8V. A temperature sensor is attached to monitor, the mercury rises beyond fifty degrees. Arduino is additionally linked. voltage and temperature are shown on an LCD screen.
With an expanding population, there is a daily rise in the demand for power [1]. Energy sources that are either conventional or unconventional can be used to create electricity. The ecology is negatively impacted by the production of energy from traditional resources like coal, diesel, and nuclear power plants, among others. It degrades the land, pollutes the air, etc. The expense of using traditional resources is high [2]. The radioactive waste is dangerous and has a bad impact on health. The traditional resources may run out as time passes; thus, we must develop an alternate technique of producing power [4]- [5].
It is operated through the internet or WIFI, and is connected to IOT to display the battery, temperature, and street light status. The energy generated by this device is utilized to power surrounding streets. light. It mostly consists of several hardware parts, 1. LCD display 2. ATMEGA328
An alternate source for producing power is nonconventional resources. Non-conventional resources come in many forms, but the most common ones include wind, solar, tidal, etc. We are using wind in our project to generate electricity since it is completely free everywhere and there is no need to pay for the materials.
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3. Rectifier 4. Sensor for Temperature 5. Device for measuring voltage 6. Li-ion battery
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