Fully automated drip irrigation
Sensor device send moisture value to Central node device using intranet communication and Central node device upload data to Server / APP and receive command from Server / APP. Solenoid valve will be ON using Server / APP and OFF depending the moisture value (intranet communication) as well as server / APP. Valve will be ON after a certain interval (maximum=30 minute) and OFF immediately depending on moisture threshold value or Server/APP command. Sever / APP will display moisture value, battery voltage, moisture graph. Moisture threshold could be modified using server/APP. All values will update continuously in APP during VALVE ON. Values will be updated in 30 minute interval (sleep interval) during VALVE OFF. Both the devices fully operated by solar power.
About Me
Different ARM architecture like v4/v4T(ARM7), Atmel/NXP/STM microcontroller functionalities / interface / firmware design and develop, Arduino, Raspberry Pi, PLL, DDS, Synthesizer, Internet of Things, logic level translators, Buffer, transceiver etc, PWM, converter, SMPS, buck, boost, Isolated voltage, current sensor, Temperature sensor, PIR sensor, Battery Bank charger, Snubber design, RF filter design, RF components selection, RF frequencies selection, Grounding isolation, EMI & EMC etc, pH, ORP, Conductivity measurement, AV TX & RX Modules, IR transmitter & Receiver, PTZ camera, TFT Display, DVR, Sonar, SICK, Motor, Gear Box, Motor Driver, GNSS, Different Xilinx FPGA architecture (7 Series FPGAs, Kintex-7, Zynq-7000), etc.
