Green Computing Optimization in a Cloud Capacity Environment: An Analytical Approach with Circular Model Integration

The rapid expansion of cloud computing poses significant environmental challenges due to high energy consumption, carbon emissions, and electronic waste generation. This study introduces an analytical approach to optimizing green computing in cloud-capacity environments, utilizing a circular model inspired by circular economy principles. This model focuses on resource efficiency, energy conservation, and e-waste management, aiming to balance environmental impact mitigation with operational effectiveness. The approach combines quantitative metrics and qualitative case studies, demonstrating its potential to reduce energy use, carbon emissions, and waste. The study highlights the critical role of interdisciplinary collaboration in advancing sustainable practices in cloud computing.