ADVANCE GREEN HOUSE WITHOUT MICROCONTROLLER

Soil Moisture Sensor Based Projects

Showing 1–16 of 17 results

  • 4.00 out of 5

    ADVANCE GREEN HOUSE WITHOUT MICROCONTROLLER

    9,600.00 8,500.00

    This project is designed to monitor the green house using Comparator IC. Various sensors are used to monitor the system. The sensors used are Rain sensor, Soil moisture sensor, LDR, wired security sensor, water level indicator, IR sensor. When the soil of the green house becomes dry the pump will turn on through which the water is let into the soil and the soil regains its moisture. While supplying the water to the dry soil the water level in tank will be reducing simultaneously which will be indicated by the LED’s.
    So when the water level reduces below the threshold level the pump will off automatically to avoid dry run.

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  • 4.25 out of 5

    ADVANCED GREEN HOUSE

    8,500.00 7,800.00

    This Advance project is designed to monitor the green house using Arduino controller. Various sensors are used to monitor the system. The sensors used are Rain sensor, Soil moisture sensor, DHT 11 sensor, fire detector and LDR. Multiple sensors are used to control various parameters. LCD is used to display the status of parameters

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  • 4.25 out of 5

    ADVANCED GREEN HOUSE OVER GSM

    8,900.00 6,400.00

    The project is designed to develop an advanced green house system that shows sensing the moisture content of the soil. In the field of agriculture, Gas level, humidity and temperature send to user. Depend on that user will take action like “motor on” and “motor off” use of proper method of irrigation is important. The advantage of using this method is to reduce human intervention and still ensure proper irrigation.

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  • 4.20 out of 5

    ADVANCED GREEN HOUSE OVER GSM

    10,000.00 9,000.00

    This Advance project is designed to monitor the green house using Arduino controller. Various sensors are used to monitor the system. The sensors used are Rain sensor, Soil moisture sensor, DHT 11 sensor, fire detector and LDR. GSM is used to send parameters status to the respective person on cellular phone. Respective person will take action on parameters status through cellular phone.

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  • 4.33 out of 5

    ADVANCED INFORMATIVE BLIND STICK

    11,000.00 9,000.00

    This project is designed for the visually impaired persons as they find themselves challenging to go out independently. This stick will help blind person by providing more convenient means of life. This kit is portable. Helps visually impaired persons from danger prior intimation. Bluetooth acts as a medium for hearing the situations

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  • 4.45 out of 5

    ADVANCED INFORMATIVE BLIND STICK USING GPS AND GSM

    13,500.00 12,200.00

    This project is designed for the visually impaired persons as they find themselves challenging to go out independently. This stick will help blind person by providing more convenient means of life. This kit is portable. Helps visually impaired persons from danger prior intimation. Bluetooth acts as a medium for hearing the situations. GPS is used to get blind person location. GSM is used to send location of blind person.

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  • 4.70 out of 5

    ADVANCED IOT BASED GREEN HOUSE

    9,800.00 8,900.00

    This Advance project is designed to monitor the green house using Arduino controller. Various sensors are used to monitor the system. The sensors used are Rain sensor, Soil moisture sensor, DHT 11 sensor, fire detector and LDR. Multiple sensors are used to control various parameters. Continuous monitoring of the green house parameter and their conditions. And further Data will be uploaded over the IOT.

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  • 4.00 out of 5

    AUTOMATIC CLOTH DRYING SYSTEM USING PIC CONTROLLER OVER IOT

    8,500.00 7,200.00

    Drying of clothes in rainy season have become a domestic concern in recent years .In this proposed system we are continuously monitoring the area where we dry out our clothes especially when it’s raining and upload the data over IOT.

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  • 4.50 out of 5

    AUTOMATIC IRRIGATION SYSTEM BASED ON SOLAR ENERGY

    8,900.00 7,600.00
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  • 4.67 out of 5

    AUTOMATIC IRRIGATION SYSTEM ON SENSING SOIL MOISTURE CONTENT

    5,200.00 3,500.00

    The project is designed to develop an automatic irrigation system that switches a pump motor on or off upon sensing the moisture content of the soil. In the field of agriculture, use of proper method of irrigation is important. The advantage of using this method is to reduce human intervention and still ensure proper irrigation.

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  • 4.00 out of 5

    SOIL MOISTURE BASED AUTO IRRIGATION WITH MANUAL CONTROL BY GSM

    10,000.00 6,500.00
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  • 4.50 out of 5

    SOIL MOISTURE SENSING USING MICRO-CONTROLLER

    9,000.00 5,800.00

    The project is designed to develop an automatic irrigation system that switches a pump motor on or off. In the field of agriculture, use of proper method of irrigation is important. The advantage of using this method is to reduce human intervention and still ensure proper irrigation.

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  • 5.00 out of 5

    SOIL MOISTURE SENSOR BASE IRRIGATION OVER GSM

    9,000.00 6,300.00

    The main objective of this project is to sense the moisture condition of soil through a sensing arrangement to switch a motor pump automatically off when the soil is in wet condition. Avoiding human intervention is the biggest advantage of this project and we want know condition of motor make call to saved number, gsm module replay sms through status of motor.

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  • 3.67 out of 5

    SOIL MOISTURE SENSOR BASE IRRIGATION SYSTEM USING PIC MICROCONTROLLER

    5,900.00 4,600.00

    The main objective of this project is to sense the moisture condition of soil through a sensing arrangement to switch a motor pump automatically off when the soil is in wet condition. Avoiding human intervention is the biggest advantage of this project.

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  • 4.80 out of 5

    Soil Nutrient Monitoring Over IOT

    19,400.00 18,000.00

    Agriculture, 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.
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