Showing 33–48 of 74 results
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LINE TO GROUND AND LINE TO LINE FAULT DETECTION OVER IOT
₹10,500.00₹8,600.00The objective of this project is to determine the distance of line to ground and line to line fault from base station in kilometers using an Arduino board over IOT. This system is a common practice followed in many urban areas. While a fault occurs for some reason, at that time the repairing process related to that particular cable is difficult due to not knowing the exact location of the cable fault. The proposed system is to find the exact location of the fault.
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LINE TO LINE AND LINE TO GROUND FAULT DETECTION
₹7,500.00₹6,600.00The objective of this project is to determine the distance of line to ground and line to line fault from base station in kilometers using an Arduino board. This system is a common practice followed in many urban areas. While a fault occurs for some reason, at that time the repairing process related to that particular cable is difficult due to not knowing the exact location of the cable fault. The proposed system is to find the exact location of the fault
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LOAD OR ENERGY MONITORING SYSTEM OVER IOT
₹8,500.00₹7,400.00With the prevalence of In-ternet 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 is used to provide useful information to consumers and utility companies for decision-making. Now-a-days, smart energy meter analytics systems consist of analytical algorithms that process massive amounts of data.
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Power Generation Using Piezoelectric Sensor
₹9,200.00₹8,200.00Day by day, the population of the country is increasing and the requirement of the power is also increasing. At the same time the wastage of energy is also increasing in many ways. So, reforming this energy back to usable form is the major solution. In this footstep power generation project, we are generating power with the help of human’s footsteps; this power is then used to charge battery. The power is stored in a battery that can be used to charge. This system is powered by Atmega 328, it consists of Arduino IDE, RFID sensor, USB cable and LCD. When we power on the system, the system enters into registration mode.
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PRIORITY BASED SUPPLY SELECTION OVER GSM
₹8,500.00₹6,800.00The main objective of this project is to provide priority-wise power supply to a load, by selecting the supply source from any available one out of 4 such as mains, generator, inverter, and solar in the absence of power supply. The demand for electricity is increasing every day and frequent power cut is causing many problems in various areas like industries, hospitals, and houses. An alternative arrangement for a power source is thus desirable.
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Rf Remote Controal Home Appliances
₹4,800.00₹3,800.00This work presented here is to controlled independent home electrical appliances through RF based remotesystem. From any place without any line of sight around the house, RF based wireless remote control system can change the state of the electrical appliances either in on state or off state. The controlling circuit is built around RF transmitter and RF Receiver modules and decoder IC HT12D with few passive components.
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RF REMOTE CONTROLLED FOUR QUADRANT DC MOTOR
₹5,800.00₹5,400.00The project is designed to develop a four-quadrant operation of the Dc motor remotely controlled by an RF Remote. This system could also be a really sustainable system for controlling the DC motor in four directions like clock-wise, counter-wise, reverse brake, and forward brake. It additionally features high-speed mode and low-speed mode in speed control.
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RFID BASED ADVANCED SMART AND SECURE RATION SYSTEM
₹13,000.00₹11,600.00The purpose of this Smart ration distribution system is to avoid the wastage of huge amount of money as in conventional ration distribution system. RFID tag used as an e-ration card instead of conventional ration card. Theft of ration prevented. Only authorized person has access to ration.
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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
