M Saad Hanif - Academia.edu (original) (raw)
Related Authors
Uploads
Papers by M Saad Hanif
Thermal performance enhancement of nanofluids based parabolic trough solar collector (NPTSC) for sustainable environment
Alexandria Engineering Journal, 2022
International Journal of Scientific & Engineering Research, 2019
The main purpose of Arduino based automatic irrigation system is to conserve water and reduce the... more The main purpose of Arduino based automatic irrigation system is to conserve water and reduce the man power. This system has soil moisture sensors, pH sensors, humidity sensors, ZigBee devices, Motor, Relay, Weather forecast application, Bluetooth Module and WIFI Module which are interfaced with Arduino boards. The sensors and ZigBee module makes up a wireless network of sensors. This wireless network of sensors will sense the moisture content from the soil, moisture content from the air and pH of the soil and then send the data to the main unit which will further send this data to user's mobile application using Bluetooth module and also to the web server using IoT through Wi-Fi Module. The system has low cost and can reduce the wastage of fresh water due to over watering the agricultural land and can also remove or reduce the need of farmer.
Thermal performance enhancement of nanofluids based parabolic trough solar collector (NPTSC) for sustainable environment
Alexandria Engineering Journal, 2022
International Journal of Scientific & Engineering Research, 2019
The main purpose of Arduino based automatic irrigation system is to conserve water and reduce the... more The main purpose of Arduino based automatic irrigation system is to conserve water and reduce the man power. This system has soil moisture sensors, pH sensors, humidity sensors, ZigBee devices, Motor, Relay, Weather forecast application, Bluetooth Module and WIFI Module which are interfaced with Arduino boards. The sensors and ZigBee module makes up a wireless network of sensors. This wireless network of sensors will sense the moisture content from the soil, moisture content from the air and pH of the soil and then send the data to the main unit which will further send this data to user's mobile application using Bluetooth module and also to the web server using IoT through Wi-Fi Module. The system has low cost and can reduce the wastage of fresh water due to over watering the agricultural land and can also remove or reduce the need of farmer.