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Hybrid Stove Using IOT

Hybrid Stove

Price : 12000

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Course Duration
Approx 10

Course Price
₹ 12000

Course Level
High

Course Content

Induction heating is widely used nowadays because of its high efficiency and clean operation. Induction heating system utilizes electricity for the generation of heat even though solar energy is the largely available energy source. The present work of combining solar energy with induction heat generation technique is the efficient solution for heat generation application. It is derived from the principle of electromagnetic induction. The solar energy is the main source used to produce heat but one cannot rely on solar energy throughout the year. This project helps to develop a model called HYBRID STOVE in which cooking can be switched to biogas during cloudy days or rainy seasons. The aim of this project is to build a stove with the energy coming from both solar source and biogas.

Hybrid Stove

 

There are two primary input options in the system: (i) solar energy coming from the sun; it is received by the array of photovoltaic cell and further converted into electric energy and (ii) biogas or LPG source. The overall block diagram of the system is shown in the figure.

The electric energy is utilized to charge the rechargeable battery bank, which then enables the flow of current into the coil. In case there isn’t enough power to run the coil, a sensor is used to monitor the induction coil. A temperature sensor or a voltage sensor can be used for this purpose. This sensor gives a high output if the voltage in the coil reduces. This measure is used to control the solenoid valve and a relay module acts as a switch in between the sensor and solenoid valve. Arduino is a great tool for developing interactive objects, taking inputs from a variety of sensors and controlling the corresponding outputs. So the sensor and relay modules are interconnected with the Arduino board. Finally, the solenoid valve is placed as an interface between gas source and the gas burner.

Hardware:

·        Arduino Uno

·        Voltage Sensor

·        LCD Display

·        Solar Panel

·        DC to Dc Convertor

·        Power Indication LED

·        Coil

·        Relay

·        Solenoid Valve

·        Gas Burner

·        LPG Gas

This project provides a gas stove which can be used in the most efficient way. As the system does not include the use of electricity or conventional gas, it is more safe and environment friendly. With the right use of renewable sources and Arduino, HYBRID STOVE is the perfect gas stove which can be used in both rural and urban areas.

Watch free demo