Product Description

#windmill #arduinoprojects #windturbine
We ll provide 50 pages of pdf and 20 pages pf PPT as a soft copy
What you have to arrange –
1. 24×18 inch any hardsheet – 1
2. Glue gun and stick – 1
3. 3.7v (18650) battery – 1

More projects – www.projectronics.in

Abstarct –
This weather monitoring system acts as a localized meteorological station, utilizing an Arduino microcontroller to process environmental data in real-time. The DHT11 sensor captures ambient temperature and humidity levels, while a Rain Sensor detects the presence and intensity of precipitation through a voltage comparator. To measure wind speed, a custom-built anemometer consisting of a propeller attached to a DC motor (dynamo) generates a small voltage proportional to the wind’s velocity, which the Arduino interprets as an analog signal. All gathered data—temperature, humidity, rain status, and wind speed—is displayed instantly on a 16×2 LCD screen for easy monitoring. The system provides a low-cost, efficient way to track weather patterns and can be expanded for IoT data logging.

Real-Time Data: Monitor temperature, humidity, and wind speed on a crystal-clear LCD display.
Custom Anemometer: Learn how to use a simple DC motor and propeller to measure wind velocity.
Rain Detection: Integrated sensor to alert you the moment precipitation begins.
Arduino Powered: A perfect DIY project for students and electronics hobbyists interested in meteorology.
Sustainable Tech: Use this model for school science fairs or home automation setups.

More projects – www.projectronics.in
We also deals with
Inhouse project training in school and colleges
Online class/help for invidual projects
1000s of readymade projects
Customized circuits on request
Both electronics and art n craft materila, retail and wholeselling sale

Arduino weather station, DHT11 sensor tutorial, DIY anemometer, wind speed measurement Arduino, rain sensor project, electronic weather monitor, Arduino LCD projects, science fair project ideas, weather station working model, DC motor dynamo project, temperature and humidity monitor, DIY electronics, engineering school project, IoT weather station, Arduino programming.

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