Papers by Sibitsomwa Bennet
Weather monitoring System , 2023
ABSTRACT
This project demonstratesthe
time environmental alerts enhances the system's utility fo... more ABSTRACT
This project demonstratesthe
time environmental alerts enhances the system's utility for weather monitoring applications
humidity, rainfall, and light intensity, utilizing an Arduino Uno as its core processing unit.
growth and solar energy harvesting. These sensors are interfaced with the Arduino Uno,
for environmental monitoringthushavingthe potential to serve a diverse range of users, from
provide accurate, realtime data on critical weather parameters can lead to more informed
indicators.Theset of fiveLEDs serve as visual alerts for temperature and relative humidity
management, and an LDR sensor for assessing light intensityessential for studying plant
This project presents weather monitoring system designed to measure temperature, relative
thus facilitating proactive responses to environmental changes.The system operates by
reading temperature and relative humidity from the DHT11 sensor after a delay of 2 seconds,
decision-making across these sectors, ultimately contributing to sustainability, efficiency, and
The system integrates a DHT11 sensor for temperature and relative humidity measurements,
which processes the data and displays the readings on a 16x2 LCD through the I2C Module.
The configuration of the system involves connecting the RAIN Sensor to pin A0, the DHT11
enhanced learning opportunities.
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Papers by Sibitsomwa Bennet
This project demonstratesthe
time environmental alerts enhances the system's utility for weather monitoring applications
humidity, rainfall, and light intensity, utilizing an Arduino Uno as its core processing unit.
growth and solar energy harvesting. These sensors are interfaced with the Arduino Uno,
for environmental monitoringthushavingthe potential to serve a diverse range of users, from
provide accurate, realtime data on critical weather parameters can lead to more informed
indicators.Theset of fiveLEDs serve as visual alerts for temperature and relative humidity
management, and an LDR sensor for assessing light intensityessential for studying plant
This project presents weather monitoring system designed to measure temperature, relative
thus facilitating proactive responses to environmental changes.The system operates by
reading temperature and relative humidity from the DHT11 sensor after a delay of 2 seconds,
decision-making across these sectors, ultimately contributing to sustainability, efficiency, and
The system integrates a DHT11 sensor for temperature and relative humidity measurements,
which processes the data and displays the readings on a 16x2 LCD through the I2C Module.
The configuration of the system involves connecting the RAIN Sensor to pin A0, the DHT11
enhanced learning opportunities.