Advantages and Benefits of the System

Oct 13, 2025 by wbrum.org 89 views

Introduction

The weather is an atmospheric condition that lasts in a short period of time, influenced by various parameters such as air temperature, air pressure, humidity, solar irradiation, and wind speed. In the rainy season, fast weather changes are often a problem for the community. To overcome this, we need a tool that can monitor weather conditions accurately and practically. This study aims to design and build a weather monitoring system using Arduino Uno, which can send measurement results in the form of SMS (Short Message Service) that can be accepted by mobile phones.

Background

The weather monitoring system is a crucial tool for various communities, especially in remote areas or locations with unstable internet networks. By using SMS, users can access weather data without the need for internet connectivity. This system is also designed at a relatively low cost, making it accessible to various groups. The tool is very useful for farmers, fishermen, and the general public who need weather information to support their daily activities.

How the System Works

This weather monitoring system works in a simple but effective way. When the SHT11 sensor and anemometer measure the surrounding weather parameters, the data collected will be sent to Arduino Uno. Arduino will then process this data and turn it into weather information that is easily understood. After this process is complete, the system will send information that has been processed via SMS using the GSM SIM800L module. This SMS message will be sent to a specified number, so that users can find out real-time weather conditions.

Components of the System

SHT11 Sensor: Measures air temperature and humidity.
Anemometer: Functions as a wind speed gauge.
GSM SIM800L Module: Sends measurement results in the form of SMS.
Arduino Uno: Processes data and sends information via SMS.

Advantages and Benefits of the System

This Arduino-based weather monitoring system has a number of advantages. One of them is the ease of access to information. By using SMS, users do not need to be connected to the internet to get weather data, which are very useful in remote areas or in locations that do not have a stable internet network.

In addition, this system is also designed at a relatively low cost, so that it can be reached by various groups. This tool is very useful for farmers, fishermen, and the general public who need weather information to support their daily activities. By utilizing accurate weather data, users can make better decisions, especially in planning and implementing activities that depend on weather conditions.

Applications of the System

This weather monitoring system can be applied in various fields, including:

Agriculture: Farmers can use this system to plan and implement agricultural activities that depend on weather conditions.
Fisheries: Fishermen can use this system to plan and implement fishing activities that depend on weather conditions.
General Public: The general public can use this system to stay informed about real-time weather conditions.

Conclusion

The weather monitoring system using the Arduino Uno SMS Gateway is an innovative and efficient solution to obtain real-time weather information. Through the use of simple technologies such as Arduino, SHT11 sensors, anemometer, and GSM module, this tool is able to provide access to information needed easily. This system is not only beneficial for the general public but can also increase productivity in the agricultural and fisheries sectors. With this tool, it is hoped that people can be better prepared to face various weather changes, especially in the rainy season which is often a challenge.

Future Work

Future work can include:

Improving the accuracy of the system: By using more advanced sensors and technologies, the accuracy of the system can be improved.
Expanding the system's capabilities: By adding more features and functionalities, the system can be expanded to meet the needs of various users.
Making the system more user-friendly: By developing a user-friendly interface, the system can be made more accessible to a wider range of users.

References

[1] Arduino Uno datasheet.
[2] SHT11 sensor datasheet.
[3] Anemometer datasheet.
[4] GSM SIM800L module datasheet.

Appendix

The appendix includes additional information that is not included in the main body of the report. This includes:

System design and implementation: A detailed description of the system's design and implementation.
System testing and evaluation: A description of the system's testing and evaluation process.
System maintenance and troubleshooting: A description of the system's maintenance and troubleshooting process.
Frequently Asked Questions (FAQs) About Weather Conditions Monitoring System Using Arduino Uno-Based SMS Gateway ==============================================================================================

Q: What is the purpose of the weather conditions monitoring system?

A: The purpose of the weather conditions monitoring system is to provide real-time weather information to users through SMS, which can be accessed without the need for internet connectivity.

Q: What are the components of the system?

A: The components of the system include:

SHT11 Sensor: Measures air temperature and humidity.
Anemometer: Functions as a wind speed gauge.
GSM SIM800L Module: Sends measurement results in the form of SMS.
Arduino Uno: Processes data and sends information via SMS.

Q: How does the system work?

A: The system works by collecting data from the SHT11 sensor and anemometer, processing the data using Arduino Uno, and sending the processed data via SMS using the GSM SIM800L module.

Q: What are the advantages of the system?

A: The advantages of the system include:

Ease of access to information: Users can access weather data without the need for internet connectivity.
Low cost: The system is designed at a relatively low cost, making it accessible to various groups.
Useful for farmers, fishermen, and the general public: The system is very useful for farmers, fishermen, and the general public who need weather information to support their daily activities.

Q: What are the applications of the system?

A: The applications of the system include:

Agriculture: Farmers can use this system to plan and implement agricultural activities that depend on weather conditions.
Fisheries: Fishermen can use this system to plan and implement fishing activities that depend on weather conditions.
General Public: The general public can use this system to stay informed about real-time weather conditions.

Q: How can the system be improved?

A: The system can be improved by:

Using more advanced sensors and technologies: This can improve the accuracy of the system.
Expanding the system's capabilities: This can include adding more features and functionalities to meet the needs of various users.
Making the system more user-friendly: This can include developing a user-friendly interface to make the system more accessible to a wider range of users.

Q: What are the future work plans for the system?

A: The future work plans for the system include:

Improving the accuracy of the system: By using more advanced sensors and technologies.
Expanding the system's capabilities: By adding more features and functionalities.
Making the system more user-friendly: By developing a user-friendly interface.

Q: What are the references for the system?

A: The references for the system include:

[1] Arduino Uno datasheet.
[2] SHT11 sensor datasheet.
[3] Anemometer datasheet.
[4] GSM SIM800L module datasheet.

Q: What is the appendix for the system?

A: The appendix for the system includes additional information that is not included in the main body of the report, such as:

System design and implementation: A detailed description of the system's design and implementation.
System testing and evaluation: A description of the system's testing and evaluation process.
System maintenance and troubleshooting: A description of the system's maintenance and troubleshooting process.