INTRODUCTION:

"Air Drops: Harvesting Water from Air" is an innovative project dedicated to extracting potable water from the atmosphere using condensation technology.

Building a water harvesting device like "Air Drops" using the listed components (Peltier module, motor pump, heat sink, exhaust fan, coiled copper tube, plastic box, and battery) involves creating a system that utilizes condensation to extract water from the air.

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Step-by-Step Guide to Building "Air Drops":

Step 1: Gather Components

Ensure you have all the necessary components ready:

• Peltier module
• Water cooling block
• Motor pump
• Heat sink
• Coiled copper tube
• Plastic box
• Battery
• Wires, connectors, and necessary tools

Step 2: Prepare the Peltier Module and Heat Sink

1. Attach the Peltier Module and Water Cooling Block:
   • Apply thermal paste to the flat surface of the Peltier module.
   • Place the water cooling block on top of the Peltier module, ensuring good thermal contact.
   • Securely mount the assembly onto the heat sink using screws or glue.

Step 3: Coil the Copper Tube

1. Form the Copper Tube into a Coil:
   • Wind the copper tube into a tight coil shape, ensuring it fits inside the plastic container to collect the water.

Step 4: Assemble the Water Condensation System

• connect plastic pipe to one of the outlet of Colling block and put the another  of in plastic box.
• put the motor pump inside plastic box.
• Connect the plastic pipe to the outlet of the motor pump and route it towards the coiled copper tube.
• plastic pipe from another end of the copper tube connected  to the another outlet of cooling block. 

Step 5: Connect Components and Wiring

1. Wire the Components:
   • Connect the Peltier module, exhaust fan, motor pump, and battery according to the circuit diagram.
   • Use appropriate wires and connectors to ensure secure connections and proper insulation.

Step 6: Testing and Calibration

Power On and Test:

• Power on the system using the battery.
• Monitor the operation of the Peltier module and water cooling block to ensure effective cooling and condensation on the copper tube.

Video Demonstration:

Conclusion:

By incorporating the water cooling block and plastic pipe into your "Air Drops" project, you enhance heat dissipation and water circulation, thereby improving the efficiency of water harvesting from the air. Following these steps and making necessary adjustments based on testing and monitoring will help you create a robust and effective device for extracting clean water in diverse environmental conditions.