Soil Nutrient Monitoring Over IOT

Code 503 Soil Nutrient Monitoring Over IOT

4.67 out of 5
(3 customer reviews)

19,400.00 18,000.00

Ready-made Project

If You Are Short On Time
19,400.00 18,000.00
Add to cart - OR - See more options

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.
Kits DescriptionPrice
For Simulation
4,000.00 3,000.00
Ready-made Project + DIY Project Kit
If You Are An Enthusiast
Ready-made project kit, One more extra bare PCB solderable components for extra PCB, All documentation (Report, PPT, Circuit diagram, Program code, explanatory video ), Audio and video call support, and One year warranty. 21,700.00 20,000.00
Ready-made Project
If You Are Short On Time
Ready-made project kit - All documentation (Report, PPT, Circuit diagram, Program code, explanatory video ), Audio and video call support, One year warranty. 19,400.00 18,000.00
DIY Project Kit
For Institutions
DIY KIT - Bare PCB, solderable components, external all components, All documentation (Report, PPT, Circuit diagram, Program code, explanatory video ), Audio and video call support, 18,200.00 17,000.00
For Documentation
(Report, PPT, Circuit diagram, Program code, Explanatory Video). Audio and video call support. 4,000.00 3,000.00
For PCB
2,000.00 1,000.00

Description

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’t figure out. Forthatinthisprojectwecanusethetestbenchtorecognizethetypeofsoilisgoodtogrow 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 micronutrients. 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.

HIGHLIGHTS

SmartAgricultureisfocusedonsoil,weatherandcropconditions.Giventheimportanceofweatherandirrigation,manySmartFarmingsolutions arecoupled withSmart Environment(AirQuality)andSmartWater(Pollution,Turbidity,Nutrients)foracompletesolution.ThemostcommonIoTsensorsarelistedbelow:

  • In this project, we will learn about IoTBasedSoilNutrientMonitoring&Analysissystems using Arduino& ESP32.Soilisthebaseofagriculture.Soil provides nutrients that increase the growth of a      Some chemical and physical properties of soil,   such as its moisture, temperature, soil nitrogen,phosphorous&potassium content heavily affect the yield of a crop. These properties can be sensed by the open-source hardware, and they can be used in the field.
  • In this project, a soil Nutrient monitoring & analysis system is proposed in which the farmer will be able to monitor soil moisture, soil temperature, and soil nutrient content like Nitrogen, Phosphorous & Potassium. The farmer can monitor all these parameters wirelessly on a mobile phone or the System.
  • To measure the soil moisture,wewilluseaCapacitiveSoilMoistureSensor. The temperature of the soil can be measured using the DS18B20 Waterproof Temperature Sensor. Similarly, in order to measure the Soil NPK Values, we will use a Soil NPK Sensor. All these sensors can be easily interfaced with Arduino.
  • WewillusetheThingspeakServertoMonitorthedataingraphical&numericalformat.Wendi Fi network in the field to send the data to the server. But the agricultural field doesn’t have access to these networks. In order to solve this, we will use the NRF2401 WirelesstransceiverModule to send the data from the sensor   Node to      The data from the transmitter canbetransmittedwirelesslyfromakilometerdistancetotheReceiver.The receiver is built using ESP32 WI-Fi Module, which has access to Wi-Fi Network. Using this network, the data can be uploaded to a thing speak server.
  • So,let’sbuildanIoTBasedSoilNutrientContentAnalysis,Monitoring&TestingSystemsimplyusingWireless SensorsNetwork, Arduino& ESP32.

BLOCK DIAGRAM

HARDWARE REQUIREMENTS

  • Transformer
  • Rectifier
  • Regulator
  • Arduino
  • Lcd display
  • Soil capacitive sensor
  • Temperature sensor
  • Rs 485 bus module
  • Npk sensor
  • 8266 Wi-Fi module

SOFTWARE REQUIREMENTS

  • EAGLE
  • PROTIOUS
  • ARDUINO ID

RESOURCES

Additional information

Kits

For Simulation, Ready-made Project + DIY Project Kit | If You Are An Enthusiast, Ready-made Project | If You Are Short On Time, DIY Project Kit | For Institutions, For Documentation, For PCB

3 reviews for Soil Nutrient Monitoring Over IOT

  1. 5 out of 5

    Akanksha thakur

    Project output was good but team need to work on the explanation part of project to customer.

  2. 4 out of 5

    Danish (Denmark)

    have purchased a project from ELECTROSAL hi-tech pvt.ltd.The project was extraordinary. The kit presented in video was excellent. In whole kit,I like the tested pcb board of this project. The kit was most helpful for those people who are looking for good projects.

  3. 5 out of 5

    vaishnavi Kogale

    josh sken at henoy cleark did a great job of on my website i wanted to stand out from the other business in the area so he costmer built my websiet to my specification

Add a review

Your email address will not be published. Required fields are marked *