Eco-friendly Computing Models for Sustainable Data Center Cloud Applications

Abstract

Sustainable Cloud Computing (CC) creates sustainable Data Center (DC) environments and fosters a conscientious
integration of ecological issues with CC activities. The mandates for resources and energy reduction alongside
sustainable computing practices bolster this perspective. This study examines the contemporary practices, tactics, and
critical elements of the transition to sustainable CC, facilitating energy-efficient DC design. Energy-saving standards
necessitate cohesive solutions for power-proportional elements, large-scale data storage, servers, and electrical power
supplies to achieve comprehensive energy conservation. Vendors and DC administrators face substantial obstacles in
advancing green computing via the cloud. The research examines diverse energy-efficient resource management
methods and emphasizes the significance of creating creative and effective sustainable management systems. DC are
prevalent, although their visibility underscores the imperative of rendering them sustainable inside the ecological
framework. This article addresses the multifaceted challenges and heightened complications associated with
implementing sustainable practices in cloud computing operations, offering recommendations and potential
alternatives. The research delineates, realigns, and advocates for implementing tactics that encompass not just
technical aspects but the enhancement of collaborations and the exploration of methodologies to analyze difficulties
further, unify solutions, and assess the influence across further research fields.