Showing 129–144 of 206 results
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RTC BASE PUMP SWITCHER
₹7,300.00₹6,200.00This paper presents low-cost and flexible pump automation using the Arduino system. It employs an embedded micro web server in Arduino mega 328p microcontroller, with connectivity for accessing and controlling devices and appliances automatically. To demonstrate the feasibility and effectiveness of this system, devices such as pump, Arduino, float sensor, solenoid valve, tank, wires, motor, have been integrated with the proposed pump control system
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SMART BAG TRACKING SYSTEM
₹13,500.00₹12,200.00This project is about bag tracking in a public places like airports, railways stations etc. In case if you have lost your bag. So this project can help you keep tracking of your bag and offer peace of mind. In this project GSM, GPS, BLUETOOTH, ARDUINO, LCD are used.
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SMART DUSTBIN
₹9,800.00₹8,800.00As people are getting smarter so are the things. While the thought comes up for Smart cities there is a requirement for Smart waste management. The idea of Smart Dustbin is for the Smart buildings, Colleges, Hospitals and Bus stands. The Smart Dustbin thus thought is an improvement of normal dustbin by elevating it to be smart using sensors and logics. Smart dustbins is a new idea of implementation which makes a normal dustbin smart using ultrasonic sensors for garbage level detection and sending message to the user updating .
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SMART GRID WITH ENERGY MEASURMENT AND ELECTRICITY THEFT
₹13,000.00₹12,000.00Energy is a very important aspect of any household, industry, agriculture and so. Managing energy efficiency and conserving it intelligently for appliances is very much important. The energy usage is directly affected by Coal, oil, and so on power generation. Towards this, there has been a lot of research work carried out in developing some smart lighting systems pertaining to classrooms for conserving energy. In one another research, researchers have developed an Android-based Smart home system for monitoring the usage of power to avoid any kind of anomaly. In none of the research, researchers work towards automating the appliance control towards conserving the energy. Most of them concentrate on controlling the appliances using android devices. So with the upcoming of machine to machine communication where devices can be connected wirelessly leading to IoT, we here have developed an IoT based Smart Energy Management system where appliances like Fan and Bulb to start with are controlled wirelessly based on humidity and light intensity information. These inputs are used towards controlling the appliances intelligently rather than just switching them on or off. In addition, the system also keeps computing throughput the day power consumption of the appliances which gives the user knowledge of power being consumed over a period of time. These details are updated in the Cloud server. This prototype system developed has achieved energy conservation in every household
With the prevalence of the Internet of Things (IoT), smart meters have become one of the main components of smart city strategies. Smart energy meters generate large amounts of fine-grained data that are used to provide useful information to consumers and utility companies for decision-making. Nowadays, smart energy meter analytics systems consist of analytical algorithms that process massive amounts of data. These analytics algorithms require ample amounts of realistic data for testing and verification purposes. These energy meters will read the energy consumed and upload the data over the IoT page. Thus the data is stored over the web page permanently. Then add the theft as it is in a load then on the buzzer
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SMART SOLAR PANEL CLEANING ROBOT
₹14,500.00₹13,500.00The Solar energy is the most abundant source of energy for all the forms of Life on the planet Earth. Solar is the basic source of renewable energy. One can generally assume a reduction of about 40% – 55%, if the panels are not clean properly for 1-2 months. It is the proposed to develop a Solar Panel Cleaning System which remove the dust on the surface on a regular basis and maintain the plant output.
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SOFT START OF INDUCTION MOTOR USING ACPWM
₹8,400.00₹5,800.00This project attempts a soft start control technique for the single-phase a.c. induction motor. The circuit operation is controlled by an 8051 family microcontroller. The drive uses a PWM controlled MOSFET and the load in series with a bridge rectifier. The device attempted here takes advantage of both the low price of the phase angle control and the low harmonic content and high efficiency that we can get with standard converter topology.
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Soft Start of Three Phase Induction Motor
₹8,000.00₹7,600.00The project is designed to provide a soft and smooth start to a 3 phase induction motor. The three phase induction motor during the initial starting condition draws up much higher current than its capacity and the motor instantly reaches the full speed. This results in a mechanical jerk and high electrical stress on the windings of the motor.
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Soil Nutrient Monitoring Over IOT
₹19,400.00₹18,000.00Agriculture, the backbone of our country nowadays is facing a number of challenges. Our system is designed to provide a solution that is one step forward toward agricultural growth. Using IoT, an attempt is made to automate irrigation. Farmers face some difficulties in switching on/off the motor. Any delay in watering may reduce production. In this context, we propose an “IoT Based Soil Analysis and Irrigation System” to help the farmer in reducing human effort and increasing the yield. The farmer can control the power of the motor even at distance.
The proposed system is used to determine the nutrient quantity of soil. As we know all the nutrients are present in the soil but what amount of nutrients are available in that particular field we can’ figure out. For this project, we can use the test bench to recognize the type of soil that is good to grow the crop. On the basis of the study, it is concluded that there are 3 types of soil available and they are all uveal soil, red soil, and black soil.Everysoilhasdifferentmicronutrient.Buttomeasuretheamountofnutrientavailableinthesoilwearegoingtodesigndeviceorinstrumentwhichgivesusproperreading of micronutrient. Followingarethemainobjectives oftheproposedsystem
- Design and develop an Arduino-based sensor interfacing for reading soil parameters.
- Buildainterfacebetween LCDandmicrocontrollerto showthesensorreadings
- Convertingthesensor value usingADCport of Arduino.
- Establishing the cloud server connectivity in order to store all soil test records over the server with time and GPS location stamps.
