Development and engineering management of indoor air conditioning construction with artificial intelligence method

In this study, a new intelligent interior design air conditioning model was developed using environmentally responsible building design principles of traditional air conditioning systems and machine learning and artificial intelligence model. Although conventional air conditioning systems have long been an important component of indoor climate control, integrating them into green building concepts is an extremely challenging endeavor. There are some limitations associated with this design: energy inefficiency, high operating costs, lack of compliance with sustainable design principles, negative impact on the environment, the possibility that comfort may be compromised, and the difficulty of retrofit. Our study emphasized green buildings, energy efficiency and sustainability, and used heating, ventilation and air conditioning (HVAC) systems that fit seamlessly into these goals. The limitations of traditional HVAC systems highlight the urgent need to find and adopt environmentally friendly alternatives. In green construction techniques, it is essential to ensure a harmonious combination between indoor comfort and environmental responsibility. The results of this research shed light on how important it is to rethink traditional heating, ventilation and air conditioning (HVAC) systems in the context of green building concepts. By adopting innovative and environmentally friendly heating, ventilation and air conditioning (HVAC) systems, we may have the opportunity to bridge the gap between traditional air conditioning and green building principles. These options should prioritize energy efficiency, increase comfort, use ecologically friendly refrigerants to reduce environmental impact, and integrate seamlessly with green building practices. They should also prioritize energy efficiency. By taking these steps, we are making significant progress towards a future where the built environment will be more sustainable and harmonious, human comfort will not be compromised, and environmental protection will be of utmost importance.