Open Source Hydroponic with smart aquarium

thingiverse

This is a configuration file for Home Assistant, which is an open-source home automation platform. Here's a breakdown of the code: **Configuration Overview** The configuration file contains several sections: 1. `sensor`: defines sensors that are used to monitor various parameters in the smart aquarium. 2. `dallas`: defines a temperature sensor using a Dallas DS18B20 chip. 3. `binary_sensor`: defines a binary sensor that detects low water level in the aquarium. 4. `output`: defines output devices (e.g., LEDs, pumps) that can be controlled by Home Assistant. 5. `servo`: defines a servo motor that is used to control the feeding system. 6. `light`: defines light sources (e.g., LEDs) that can be controlled by Home Assistant. 7. `fan`: defines fans (or pumps) that can be controlled by Home Assistant. **Sensor Configuration** The sensor section defines three sensors: 1. `uptime_s`: measures the uptime of the system in seconds, with a conversion to days, hours, minutes, and seconds. 2. `wifi_signal`: measures the WiFi signal strength. 3. `dallas`: measures the water temperature using a Dallas DS18B20 chip. **Dallas Configuration** The dallas section defines a temperature sensor that uses a Dallas DS18B20 chip on pin D3 with an update interval of 30 seconds. **Binary Sensor Configuration** The binary sensor section defines a low water level sensor that detects when the water level in the aquarium is low. It uses GPIO pin D7, inverted mode, and a delay of 200ms for both delayed_on and delayed_off. **Output Configuration** The output section defines several output devices: 1. `pwm_obeh_hydroponia`: an ESP8266 PWM output on pin D0 with a frequency of 1000 Hz. 2. `pwm_svetla_hydroponia`: an ESP8266 PWM output on pin D8 with a frequency of 1000 Hz. 3. `pwm_svetla_akvarium`: an ESP8266 PWM output on pin D5 with a frequency of 1000 Hz. 4. `pwm_obeh_rajciny`: an ESP8266 PWM output on pin D6 with a frequency of 1000 Hz. 5. `pwm_servo_krmenie`: an ESP8266 PWM output on pin D1 with a frequency of 50 Hz. **Servo Configuration** The servo section defines a servo motor that is used to control the feeding system. **Light and Fan Configuration** The light and fan sections define several light sources (e.g., LEDs) and fans (or pumps) that can be controlled by Home Assistant. Overall, this configuration file sets up various sensors and output devices for monitoring and controlling a smart aquarium.