Following five key reasons have enabled the computing to go the green way:
Scalable Computing with Automation
Traditional data centres rely heavily on hardware and physical infrastructure to meet customer requirements. They end up dedicating more infrastructure than required to handle unpredictable spikes in user demand and ensure quality of services even during peak hours. But to dedicate hundreds of servers to handle such peak load during intermittent periods in a year is not energy efficient. Such situations can be managed by cloud-based infrastructure.
To quickly provision, move, and scale workloads; cloud based infrastructure uses automation software which can maintain active servers and allocate resources depending on the current demand. By switching to automation, less physical infrastructure is needed which in return maximizes the resource efficiencies.
Load Balancing with Optimization
Traditional Load balancing solutions are not capable of handling dynamic enterprise network strategies and requirements, in particular, the distribution of users and architecture.
Contemporary load balancing is based on a simple Round Robin technique. The load balancer sends one connection to each server in turn from the top of the list to the end. This load balancing is not load-aware, which leads to either server under-utilization or overburdening, since the next server in turn may or may not be the right choice.
Where traditional load balancing falls short, cloud computing comes to the rescue. Cloud technology takes load balancing to a whole new level by delivering improved system response time and optimizing resources. Not only does it guarantee finest global traffic management, it helps reduce carbon emission. By distributing load across multiple servers efficiently, it prevents overheating and reduces the amount of energy consumed.
Data Centres for energy efficiency
Ultimately, if cloud providers want to develop a truly green cloud, they must use their power to make data centre operations green.
As awareness of carbon footprint and energy use associated with technology becomes widespread, cloud computing companies are pursuing strategies to reduce energy consumption and emission of their data centres. They are working to combine cloud data centres with renewable sources of electricity.
The pay-as-you-use nature of cloud-based services ensures users consume only what they need and nothing beyond. The pay-as-you-use and self-service feature of cloud-based infrastructure go hand in hand. Energy and resource efficiencies improve simultaneously.
The approach of Multi-tenancy enables different organizations or different business units within the same organization to take advantage of a common cloud-based infrastructure. This decreases the overall energy consumption and associated carbon emissions.
Along with automation, the ratio between peak and average loads becomes lesser with a multi-tenant setup which in turn reduces the requirement for additional infrastructure. Diminishing fluctuations in demand lead to better prediction and results in greater energy savings.
In a growing energy and resource constrained world, both perceptions and technology have changed. Cloud computing is the norm of the day with the growing demand for computation and data storage. Several industries and companies are now turning their focus to how cloud can be made truly “green.” Acknowledgment of the present and future benefits of addressing energy and waste issues and the contribution of companies in reducing the planet’s greenhouse gas emissions have given rise to new imperatives. The day is not far when cloud computing will be an important aspect of an IT organization’s drive to be greener because Green Is Greener When Greeted By Green Technology.