Improving Energy Efficiency through Green Cloud Computing in IoT Networks

Improving the energy efficiency by using green cloud computing cover through an IoT network which involves optimizing the resource utilization and implementing all the smart technologies. By integrating the sensors and the actuators, the IoT network can dynamically adjust the power consumption based on demand, which leads to a more sustainable and efficient type of cloud infrastructure. Additionally, using the machine learning algorithms can forecast workload patterns, allowing for energy management. These new research contribute to a greener cloud environment, reducing both the operational costs and environmental impact. The integration of Renewable Energy in Cloud Computing explore ways to integrate renewable energy sources into cloud data centers, ensuring a more sustainable, recyclable and eco-friendly cloud infrastructure. Dynamic Resource Allocation in Cloud Computing with IoT investigate how IoT devices can assist in real-time resource allocation, optimizing energy usage and enhancing overall efficiency in cloud environments. Carbon Footprint Reduction through Cloud-Based IoT Solutions discusses strategies to reduce the footprint of carbon coming from IoT devices and cloud services, promoting environmentally conscious practices in the digital realm. The present study aims to investigate the potential synergies between cloud computing and smart grid technologies in order to establish a more integrated and energy-efficient environment. By processing the data closer to the source and limiting the need for lengthy data transfers, edge computing can help reduce the energy usage of cloud services. This is explored in Edge Computing for Green Clouds. Blockchain for Sustainable Cloud Computing examines how block chain technology might improve cloud services’ accountability and transparency while encouraging environmentally friendly behavior. Low-Power IoT Devices for Cloud Connectivity explores the creation and application of low-power IoT devices that promote a greener IoT ecosystem by enabling cloud connectivity while consuming the least amount of energy possible.