Automated Plant Watering System
The kit is based on using an Arduino Nano. The plant watering project uses two moisture sensors, pump for the watering the plant, LEDs to indicate when the pump is ON, A buzzer and water level sensor can be added in the future to notify when the water is low in the water reservoir. The sensor and buzzer is not included in the kit. It uses a Lithium-ion batteries to power the Arduino and the water pump. The kits includes a 3D printed shed to house the Arduino and the Lithium-ion batteries. The color shown may not be the same as supplied in the kit. The pump is placed inside the water reservoir. The water reservoir is not included in the kit. A recycled gallon or quart container is suggested for the water. The water pump is placed inside the water reservoir.
Batteries and chargers are included in the kit.
All wiring is included in the kit.
Assembly and electrical schematic drawings are included in the kit.
Soldering is required.
This project kit is for experienced STEM student. The Arduino is programmed to water the plant based on the moisture content of the soil. The setting when the plant is watered is adjustable. The Arduino automatically activates the watering pump. The pump will automatically shut down when the appropriate amount of water is applied.
This project has the capability to be powered by a solar cell. The Solar Cell with the charge the Lithium- ion batteries. These features can be purchased at an additional cost.
Note: A Raspberry Pi may be used for this project however the housing and other hardware may be required. The pump and moisture sensors are compatible with the Raspberry Pi.
Programming
The student can program the vehicle using mBlock or C++ Programming. Example code for the mBlock will be included in the kit.
| STEM | Knowledge Gained |
| Biology | Learn about plant watering requirements based on the type of plant |
| Computer Science | Learn about microcontroller and programming |
| Electrical engineering | Learn about electrical motors |
| Electrical engineering | Learn how to read Electrical Schematic drawing to connect the hardware. |
| Electrical engineering/Physics | Learn how a capacitive moisture sensor works. Non-corrosive probe. The output voltage is a function of the capacitance changes. |
| Mechanical engineering | Learn about water flow and pressure |
PRODUCT INFO
Arduino compatible Uno and Nano included in the kit
Different color available for an additional fee.
RETURN & REFUND POLICY
The product may be returned if ithe student has not worked on it. The buyer pays for the shipping cost.
SHIPPING INFO
Shipping will be paid by the buyer
Additional Information
-
Be careful when using the tools, If you are not sure on how to use the tool ask your instructor or person in charge.
-
Fire Hazard -- Incorrectly connection the plus(+) and minus (-) power connections may result in damage to the hardware or cause a fire.
-
Don’t touch the microcontroller or electronic hardware with your hands since static discharge may cause damage.
-
Incorrect connections may damage the hardware therefore double check the connections before applying power.
-
Choking Hazards. The product may contain small parts, sharp points, plastic Please keep away from small children.
-
Please place the product in a dry environment to avoid damage to the product.
-
Replacement parts maybe available for additional cost.
-