Design and development of temperature and humidity weather chamber

Rajagobal, Ravin (2025) Design and development of temperature and humidity weather chamber. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Numerous facets of life, ecosystems, and technical systems are impacted by temperature and humidity levels. The complex interplay between temperature and humidity gives rise to phenomena like dew point, evaporation, and condensation. Weather phenomena including clouds, rain, and atmospheric stability are all impacted by this interplay. For the comfort of the people and the durability of the structure, interior spaces must maintain a balance between temperature and humidity. Many health problems are emerging at the moment, including respiratory infections, dry skin and irritation, physical discomfort, dehydration, and among many others. Thus, the consumer ends up spending more money and taking up more space by buying both humidifiers and electric heater. The "Temperature and Humidity Weather Chamber" is the project name that is currently under development. Controlling the humidity and temperature in a particular area can help prevent a number of health issues. The project's goal is to control a location's humidity and temperature as needed while reducing costs for the user. This initiative might result in a reduction in the cost of buying electric heater and humidifiers by ensuring correct regulation of environmental conditions. It is directed to make the equipment more efficient through automatic adjustment of changing environmental conditions, such as temperature and humidity within Weather Chamber. Consequently improving user satisfaction, promoting or encouraging environmental control systems automats to be implemented. In order to accomplish such a goal, it was designed and built an automated system based on Arduino. The sensors for Arduino system monitor the temperature and humidity within the Weather Chamber. It makes use of the elements to change different components based on environmental data that it collects. The Arduino reads the data that is created by these temperature and humidity sensors and contrasts that information with ideal values set in advance. Contrasted with ideal values, the system actuate the chamber's ambient parameters. In summary, the current study outlines how the temperature and humidity weather chamber system enhances performance and how this equipment would work under varying environmental conditions.

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