Відео

By using one sensor is it possible for more pots

bro can i add hi-watt hw 9 v battery

2:40 why only white? why u did not use white and blue? and my cables are blue and black which one should i use?

Does the soil moisture sensor sense partial wet soil as well? Also can we program it to keep pump on for say 30 seconds after sensing dryness?

please

but I need about the water is salty or normal can you make video

replied to another commenter with this but use this as info - 'this may be a VERY late reply, but motors used here are some type of dc bo motors, these motors dont pull just 250ma they can pull upto 1.5-1.7 A when stressed enough, and they operate sufficiently at 3-5v aswell as 8-9v, now you see the l298a can supply upto 2A to each side so 1A each motor in this case and upto 14v to each motor. buuuuttt the l298a has its own processes to power so there is a loss of about ~2-2.5v, thus supplying only ~9-10v in this case. and for general cases a simple 9v radio battery is enough to power the whole system since the l298 can operate on voltages from 4v to 12v safely. ALSO one thing wrong in this video is hime powering the esp with 5v instead of 3.3v. THIS CAN REALLY DAMAGE AND FRY the board in some time or even immediately. DO NOT PWER YOUR ESP8266 WITH 5V except for usb power. thank me later.'

Thank You Lagan By the way you did not send the link for getting the main control board ( through which the soil moisture sensor is connected to arduino board)

Total cost how much?

Can I use solar panel instead of batteries?

How to connect this to battery

How much will it cost for the hardware components??

How does it work and censoring...

Please give me the diagram of this construction

Can you give the list of items i need to use? Please

Sir we can't able to download that code

My arduino got 🔥 😂😂 and stopped working😂😂

Brother can you please send circuit diagram

bagaimana jika si pompa air ini di sambungkan dengan adaptor 9v2a ke relay? bisa tidak

is it able to add wifi router to this sensor for information

would it be possible to add a LDR near the power supply so that it can also detect if theres light so it know not to water when it's night? I'm a beginner so i don't know much.

Pump is not working what to do

It's showing an error What can I do

WOWWWW AMAZINGGG

Can you help me

To use the system, does the arduino always have to be plugged into the laptop or only the first time to add the code?

To use the system, do we always need to connect the arduino do the laptop, or just the fire time?

what does the variable water indicate in this code?

hi sir, im looking for your immediate response, my soil moisture sensor not giving any readings in blynk app, but in serial monitor, it's displaying the moisture level

Hey bro what kind of programming is this?

Thank you for to🎉🎉🎉🎉🎉🎉🎉

Bro can i operate this anywhere??

u copied it from viral science

this is trash it didnt even worked

Thank you so much..this helped me a lot. I used Arduino UNO R4 Minina,and got the output.

How will we come to know that the code is uploaded?

Bhai aisa kyu ho raha hai ki jab soil wet hai tab bhi pump water diye hi jaa raha hai jabki mera sara kuch same hai jo aapne dikhaya work bhi kar raha hai par ye ek error hai bas

The **Smart Car Parking System using Arduino** is a project aimed at automating and optimizing the parking experience using simple yet effective technologies. The project employs Arduino microcontrollers as the core component for processing data from sensors and managing system outputs. Here's an in-depth look at the project: --- ### **Objective** - To create an efficient parking system that: - Detects vehicle availability in parking spaces. - Guides drivers to available spots. - Displays real-time parking availability. - Optionally integrates with apps or online systems for reservation and monitoring. --- ### **Features** 1. **Real-time Parking Monitoring**: - Use sensors to detect if a parking slot is occupied or vacant. 2. **Dynamic Parking Guidance**: - LED indicators or LCD screens direct drivers to available slots. 3. **Automated Entry/Exit**: - Use IR sensors or RFID systems to manage vehicle entry/exit, often with barriers. 4. **App/Cloud Integration** *(optional)*: - Allows users to check parking availability remotely or reserve spots. 5. **Energy Efficiency**: - Use minimal components for low power consumption. --- ### **System Components** 1. **Arduino Board** (e.g., Arduino Uno or Mega): - Acts as the central controller to manage input from sensors and control outputs. 2. **Sensors**: - **Ultrasonic Sensors**: Measure distance to detect the presence of a vehicle. - **IR Sensors**: Detect vehicle movement for entry and exit. 3. **Displays**: - **LCDs**: Show the number of available parking spaces. - **LED Indicators**: Show slot availability (e.g., green for vacant, red for occupied). 4. **Wi-Fi Module** *(optional)*: - ESP8266 or similar module for internet connectivity and app integration. 5. **Servo Motors** *(optional)*: - Control barriers for entry and exit. 6. **Power Supply**: - 5V or 9V supply to power Arduino and sensors. --- ### **How It Works** 1. **Parking Slot Detection**: - Each parking slot is equipped with an ultrasonic sensor. If a car is present, the sensor detects it and updates the system. 2. **Availability Display**: - The system aggregates the status of all sensors and displays the total number of free slots on an LCD or sends the data to a mobile app. 3. **Guidance**: - LEDs or arrows direct drivers to the nearest available parking slot. 4. **Entry/Exit Control** *(optional)*: - IR sensors detect cars entering or leaving, and barriers are controlled using servo motors. 5. **App/Cloud Integration** *(optional)*: - With a Wi-Fi module, the data can be sent to a web server for remote monitoring and control. --- ### **Benefits** - **Convenience**: Reduces the time drivers spend searching for parking. - **Efficiency**: Optimizes the use of parking spaces. - **Scalability**: Can be expanded to accommodate more slots and advanced features. - **Cost-effective**: Built using affordable Arduino components. --- ### **Applications** - Shopping malls. - Offices. - Residential complexes. - Public parking lots. --- ### **Development Steps** 1. **Hardware Setup**: - Assemble Arduino with sensors, displays, and other components. 2. **Programming**: - Write code to control sensors and manage outputs. Arduino IDE is commonly used for this. 3. **Testing**: - Simulate scenarios to ensure accurate detection and display. 4. **Integration** *(optional)*: - Connect with an app or cloud for advanced functionalities. Would you like a detailed schematic or code example for this project?

Sir in the place of Arduino we can use ESP8266 or not

this video changed my life, i started pooping more smoothly

Bugjet?

What is the 5 volt supply at 2.29

विदाउट एनी यूएसबी केबल कैन यू शो

شكران❤❤

I have a problem the both of the LEDs sensor IS turning on, and when I want to adjust it, it doesn't work; still turning on

can I use KY-019 5v relay module instead of what is used here in the video of 5v relay module?

not working

like de ghade

give me a like

can I use a 6v power supply instead? Or will it damage anything?