The Need for Water Collecting Devices

Oct 13, 2025 by sorusgentrification.com 10 views

Water Collecting Devices from Humidity Utilizing the Peltier Cooler for Special Anthurium-based Plants

In today's fast-paced world, technology is advancing at an unprecedented rate, and the community is increasingly expecting tools or technologies that can help make human work easier. This final project aims to design a device that serves to water ornamental plants automatically using the Peltier Cooler, with a focus on Anthurium plants. By utilizing technology, this tool can provide convenience and efficiency in caring for ornamental plants.

The Need for Water Collecting Devices

Watering plants is a crucial aspect of plant care, but it can be a time-consuming and labor-intensive task, especially for farmers or ornamental plant hobbyists. Manual watering can lead to overwatering or underwatering, which can be detrimental to plant health. Moreover, in areas with limited water availability, finding a reliable water source can be a significant challenge. This is where water collecting devices from air humidity utilizing the Peltier Cooler come into play.

The tool operates using the LM35 temperature sensor, which functions to detect environmental temperatures. This sensor provides temperature information to Arduino Uno, who acts as the main controller. When the temperature reaches the specified limit, Arduino will activate the DC pump to water the plants according to the need for soil humidity. This tool not only helps in watering plants but also ensures that plants get enough water based on their needs.

How it Works

The tool works by utilizing the Peltier Cooler technology to condense moisture from the air. The Peltier Cooler is a thermoelectric device that can transfer heat from one side to the other, allowing it to cool the air and collect moisture. This moisture is then collected and used to water the plants. The Arduino Uno acts as the brain of the tool, managing all processes from sensor reading to controlling water pumps.

One of the main benefits of this tool is time savings and energy. Farmers or ornamental plant hobbyists no longer need to manually water the plants every day, because this tool will work automatically. In addition, by using the Peltier Cooler technology, this tool can collect moisture from the air, so that the water source for watering plants can be obtained more effectively and efficiently. This is very important, especially in areas with limited water availability.

The process of making this tool involves several steps, ranging from design to the implementation of system components. Arduino Uno functions as the brain of this tool, managing all processes from sensor reading to controlling water pumps. Another component used is the Peltier Cooler, which functions to condense moisture from the air. With this combination, the tools become more innovative and environmentally friendly.

The results showed that the tools developed could function properly and in accordance with the expected goals. This tool can not only be used to water ornamental plants but also has the potential to be further developed in other agriculture, such as watering vegetables or fruits. By utilizing the Peltier Cooler technology and Arduino Uno-based control system, this tool can provide effective solutions for plant watering needs, especially for Anthurium plants.

The development of this tool is expected to make a positive contribution to lovers of ornamental plants and farmers in caring for their plants. With the convenience offered, it is hoped that this technology can be adopted more broadly and provide greater benefits for the community. Future developments can include the integration of other sensors to monitor soil moisture, temperature, and light levels, allowing for more precise watering schedules.

In conclusion, the water collecting device from air humidity utilizing the Peltier Cooler for special Anthurium-based plants is a innovative tool that can provide effective solutions for plant watering needs. By utilizing technology, this tool can provide convenience and efficiency in caring for ornamental plants, making it an essential tool for farmers and ornamental plant hobbyists.

Based on the results of this project, the following recommendations can be made:

The tool can be further developed to include other features, such as soil moisture sensors and temperature sensors.
The tool can be integrated with other systems, such as irrigation systems and greenhouse control systems.
The tool can be used in other agriculture, such as watering vegetables or fruits.

The tool has some limitations, including:

The tool requires a power source, which can be a limitation in areas with limited power availability.
The tool requires maintenance, including cleaning and replacing the Peltier Cooler.
The tool may not be suitable for all types of plants, including plants that require high water pressure.

Future research directions can include:

Developing more advanced sensors to monitor soil moisture, temperature, and light levels.
Integrating the tool with other systems, such as irrigation systems and greenhouse control systems.
Developing more efficient and cost-effective Peltier Coolers.

A: The purpose of the water collecting device from humidity utilizing the Peltier Cooler for special Anthurium-based plants is to provide a convenient and efficient way to water ornamental plants, especially Anthurium plants, using the moisture collected from the air.

A: The Peltier Cooler is a thermoelectric device that can transfer heat from one side to the other, allowing it to cool the air and collect moisture. This moisture is then collected and used to water the plants.

A: The benefits of using the water collecting device from humidity utilizing the Peltier Cooler for special Anthurium-based plants include:

Time savings and energy efficiency
Effective and efficient collection of moisture from the air
Convenience and ease of use
Potential to be used in areas with limited water availability

A: The limitations of the water collecting device from humidity utilizing the Peltier Cooler for special Anthurium-based plants include:

Requires a power source
Requires maintenance, including cleaning and replacing the Peltier Cooler
May not be suitable for all types of plants, including plants that require high water pressure

A: Yes, the water collecting device from humidity utilizing the Peltier Cooler for special Anthurium-based plants can be used in other agriculture, such as watering vegetables or fruits.

A: The Arduino Uno control system works by managing all processes from sensor reading to controlling water pumps. It acts as the brain of the tool, ensuring that the water collecting device operates efficiently and effectively.

A: Future developments and recommendations for the water collecting device from humidity utilizing the Peltier Cooler for special Anthurium-based plants include:

Integrating the tool with other systems, such as irrigation systems and greenhouse control systems
Developing more advanced sensors to monitor soil moisture, temperature, and light levels
Developing more efficient and cost-effective Peltier Coolers

A: The potential applications of the water collecting device from humidity utilizing the Peltier Cooler for special Anthurium-based plants include:

Ornamental plant care
Agriculture
Greenhouse management
Irrigation systems

A: The water collecting device from humidity utilizing the Peltier Cooler for special Anthurium-based plants can be maintained and repaired by:

Cleaning the Peltier Cooler regularly
Replacing the Peltier Cooler as needed
Checking and replacing the sensors and other components as needed
Following the manufacturer's instructions for maintenance and repair

A: The potential risks and challenges associated with the water collecting device from humidity utilizing the Peltier Cooler for special Anthurium-based plants include:

Overwatering or underwatering of plants
Damage to the Peltier Cooler or other components
Inadequate maintenance or repair
Incompatibility with certain types of plants or environments