SMART PLANT WATERER

Abstract

Watering is essential for plants and trees planted in containers. Many individuals are unsure about how to properly care for plants and trees. Plants might suffer from improper timing or a lack of moisture. An automated device capable of detecting the optimal circumstances for watering plants can greatly simplify the process. An Arduino microcontroller board was utilized in this work. Several sensors are built within it to monitor a plant's wetness and humidity. An Arduino program was assigned to take the sensor's norm, compare the value obtained with our pre-set standard threshold, and switch on or off the water pump based on the demands of the plant. The purpose is to design a product that can function automatically to ensure the plant is always in optimal humidity. Thus, the plant or tree will get enough water every day. In addition, with the availability of watering products that work automatically, we can minimize water loss and maximize the efficiency of water used. Next, it can facilitate consumers in saving their time and energy in planting plants. The product branded as SMART PLANT WATERER successfully works automatically when the soil reaches the specified moisture level and ceases when it reaches the predetermined dryness level. In conclusion, as a result of the analysis and discussions that have been conducted that this product has achieved the objectives that have been discussed.