International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 04 Issue: 03 | Mar -2017
p-ISSN: 2395-0072
www.irjet.net
Automated Wind and Solar Powered Water Drone Monitoring and Controlling System Kolate P.A1, Kumbhar R.N.2, Shinde S.H.3, Gulame M.B.4 1Student,
Dept. Of E&TC Engineering, Trinity Academy of Engineering Pune, Maharashtra, India Dept. Of E&TC Engineering, Trinity Academy of Engineering Pune, Maharashtra, India 3Student, Dept. Of E&TC Engineering, Trinity Academy of Engineering Pune, Maharashtra, India 4Professor, Dept. Of E&TC Engineering, Trinity Academy of Engineering Pune, Maharashtra, India 2Student,
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Abstract - From many years many countries face terrorist
attacks because of some security problems. Sometimes many innocent people and citizens lost their life. Many countries try to build higher security and also design some military applications for security. Some terrorist enter in country by sea route and destroy piece in country. We proposed automated wind and solar power system which is move on water which is using natural resources. In the proposed system the boat is moving on the water with the help of solar and wind turbine in which the energy is converted into electricity. This system effectively work on minimization of pollution and fuel cost in emergency condition we provided back system to the boat. The system is useful in all seasons. The Radio Frequency (RF) module system is used to monitor and control the boat. RF module is wireless controller which controls movements of boat in the water. With the help of android phone a camera captures images and videos which is then store in computer system for security purpose.
Key Words: Solar Panel, Wind Turbine, Programmable Integrated Circuit (PIC) microcontroller, RF Module.
1. INTRODUCTION Now a day’s security system in Navy application is very critical problem. So many applications are designed to solve this problem. Existing security applications in Navy are based on fuel energy. As compare to the increasing population primary sources of fuel are limited. So the scientists are looking for sustainable energy sources like sun wind, water, etc [1]. Of them solar and wind are renewable energy sources. Solar and wind can be obtained easily. From 1889 until just before the First World War the boating season and regattas saw the silent electric boats plying their way up and downstream. Early electric launch on the River Thames, built by William Sergeant [2]. As the energy saving point of view we can use this system for tourism application. This system will give very good impact in various fields like fishing, tourism, security, whether monitoring [3]. We are going to design a Boat without fuel and with natural resources for security purpose.
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We use a solar panel which is used for energy generation. Which is mounted on top side of our boat? Solar panels that can be transform the solar energy into the electrical energy which is stored in the battery. In our system we use another natural resource wind. Wind energy is the world’s fastest growing energy sources expanding globally at a rate of 25%-35% annually [5]. We can also store the power in battery which is generated from the wind turbine. Wind turbine generates the power in term of Alternating Current (AC) and converted it into Direct Current (DC) by using the rectifiers. By these references we created the combination of solar and wind resources to controlling as well as monitoring the system with the RF module. Here we used PIC microcontroller. On that microcontroller we run 2 DC motors. DC motors are connected to the driver circuit. Boat is moved using that DC motor. DC motor is controlled by using the RF module. RF module is used controlling the boat. Using the RF module we can move the boat at left, right, forward and reverse direction. We use one android phone equipped with camera and IP WebCam android application. By combining the software and camera catch the live image as well as video and send it to the Computer and view in the MATLAB software [8]. We used the object detection technology. This technology detects the colour code wise object and sends it to the controlling section. Advantage of our system is less man power requirement, full system is handled by only single person.
1.1 LITERATURE SURVEY The practical new technologies rational design and engineering approach, safety and reliability methods used in solar boats. In this project, the boat is powered by lithiumion batteries that can be charged at any time by the photovoltaic generator placed on a flat top structure. The project is designed for brief trip around coast, where the public transport becomes very polluting during summer. Starting from the consideration that this boat is used during sunny weather, it is possible to know the boat’s energy demand and proceed with the design of a suitable electric boat and of the energy storage/management system. It is ISO 9001:2008 Certified Journal
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