How do I make an Arduino weather station?

How do I make an Arduino weather station?

About this project

  1. Step 1: ​About DHT11 Sensor. DHT11 is a humidity and temperature sensor.
  2. Step 2: Connecting DHT11 With Arduino.
  3. Step 3: I2C LCD Display.
  4. Step 4: Connecting I2C LCD Display to Arduino.
  5. Step 5: Code.
  6. Step 6: Complete Construction and Working.
  7. Step 7: Sponsor by NEXTPCB.
  8. Step 8: NextPCB Offers.

How do you make a portable weather station?


  1. Have an adult punch a hole in the side of the bottle about an inch from the bottom.
  2. Cut the tips off the shoestring.
  3. Cut a small piece of packing tape.
  4. Push the shoelace through the hole.
  5. Wait five to 10 minutes, and read both thermometers.
  6. Keep a record of the daily humidity for a few weeks.

How does Arduino measure wind speed?

The wind direction is measured using a potentiometer that changes it’s resistance depending on the direction. We connect this to an analog input on the Arduino. The wind speed is detected by the cups opening and closing a reed switch. A small magnet on the wind cups passes this reed switch once per revolution.

What is Arduino weather station?

It uses a capacitive humidity sensor and a thermistor to measure the surrounding air and spits out a digital signal on the data pin. It’s fairly simple to use but requires careful timing to grab data. You can only get new data from it once every 2 seconds, but that’s more than enough for our Arduino weather station.

What is needed for a weather station?

Thermometer for measuring air and sea surface temperature. Barometer for measuring atmospheric pressure. Hygrometer for measuring humidity. Anemometer for measuring wind speed.

What is the cost of anemometer?

Top Selling Anemometers Price List in India

Latest Anemometers Models Price
Metravi Digital Anemometer With CFM/CMM, AVM-02 ₹3672
Testo 0 to 30 m/s Vane Anemometer with Smartphone operation 410i ₹23551
Mextech VM-6360 Vibration Velocity Meter, Range: 0.1-400 mm/s ₹13626
Kusum Meco KM 908 MK-1 275g Digital Anemometer ₹3855

How do I use Arduino WIFI module?

Follow these steps.

  1. connect both ESP’s VCC/3.3V/Power Pin and Enable Pin (red wires) to 10K resistor then to Uno’s +3.3V power pin.
  2. connect ESP’s Ground/GND Pin (Black Wire) to Uno’s Ground/GND Pin.
  3. connect ESP’s TX (green wire) to Uno’s Pin 3.
  4. cconnect ESP’s RX (blue wire) to 1K resistor then to Uno’s Pin 2.

What is the cheapest Arduino?

The cheapest and simplest of the new lineup is the Nano Every, which costs $9.90 and is based on the ATMega4809 microcontroller. It runs at 20 Mhz and comes with 48KB of Flash and 6KB of RAM. The Nano 33 IOT costs $18, offering Wi-Fi and Bluetooth connectivity.

Can esp8266 replace Arduino?

4 Answers. Well, the answer of the question “Can it replace Arduino” – yes, in many cases it can.

Can I use an Arduino-based weather station outside?

An important consideration for an Arduino-based weather station is that Arduinos and compatible sensors are usually not rated for outdoor use where they can be exposed to moisture. Any microcontroller board and its sensors needs to be protected from moisture, whether from direct precipitation or condensation.

What is a weather station?

A weather station is a device that collects data related to the weather and environment using many different sensors The aim is to make a portable weather station Features it should have DHT22 So here is the thing we will need for the project

Are the sensors used in the weather stations analog or digital?

Neither of the two sensors used in the above weather station (DHT22 and BME280) are straightforward analog sensors. Analog sensors, like the well-known TMP35 and TMP36 temperature sensors, require a power and ground connection and produce an analog voltage as output.

How do I set up an outdoor weather station?

Setting up your station The first priority for an outdoor weather station is protecting the electronics and sensors from moisture – direct precipitation and condensation. The best solution is a ventilated enclosure specifically designed for weather stations. These are referred to as Stevenson screens or enclosures.

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