A Sustainable Strategy to Create Eco-friendlier Datacenters: Shrikant Navelkar, Director, Clover Infotech

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A Sustainable Strategy to Create Eco-friendlier Datacenters: Shrikant Navelkar, Director, Clover Infotech
A Sustainable Strategy to Create Eco-friendlier Datacenters: Shrikant Navelkar, Director, Clover Infotech

Organisations need to embrace sustainable methodologies to enhance the energy efficiency and ecological compatibility of datacenters

In an era of growing digitalization, datacenters have emerged as the fundamental support of our technological framework. However, worries persist over the ecological effects due to their swift growth and power-demanding activities. These datacenters rank among the planet’s most energy-intensive establishments, drawing substantial electricity to fuel servers, cooling mechanisms, and auxiliary apparatus vital for their operations. Such elevated energy usage significantly affects the environment by adding to greenhouse gas discharges and ushering in climate change.

The AI Power Consumption Challenge

The growing surge of AI (artificial intelligence) in recent years has been a remarkable and transformative phenomenon. However, AI models and algorithms are highly resource-intensive and consume significant amounts of power. Training AI models involves massive computational workloads, often requiring specialised hardware accelerators like GPUs, which consume substantial energy. This power consumption is a major concern when it comes to making datacenters greener.

According to research conducted at the University of Massachusetts Amherst, AI could contribute to around 20% of the total worldwide electricity usage by the year 2030. This is quite worrying, given the anticipation of AI’s further proliferation in the upcoming years.

What actions should digital-first companies take?

In order to tackle these concerns, organisations need to embrace sustainable methodologies to enhance the energy efficiency and ecological compatibility of datacenters. Various strategies exist to make data centres eco-friendly. Here are a few successful approaches:

  • Enhance the Hardware Infrastructure’s Efficiency: In order to reduce the ecological influence of datacenters, organisations have the option to initiate the process by enhancing their hardware infrastructure. Making the switch to servers and networking equipment that are more adept at conserving energy can result in a notable reduction in power usage. Approaches like server virtualization and containerization allow for improved deployment of resources and their consolidation, ultimately leading to the conservation of energy.
  • Utilise Renewable Energy: Datacenters are widely recognised for their significant energy usage. In order to enhance their environmental friendliness, it’s essential for organisations to give precedence to the utilisation of renewable energy resources. The allocation of resources towards solar panels, wind turbines, or the procurement of renewable energy credits can effectively balance the ecological impact of datacenters. Furthermore, organisations have the opportunity to investigate collaborations with nearby utility providers to guarantee a steady supply of clean energy.
  • Develop Effective Cooling Mechanisms: To ensure servers operate at their best temperatures, datacenters need strong cooling systems. Common cooling approaches frequently result in considerable energy inefficiency. Introducing cutting-edge cooling methods such as hot-aisle and cold-aisle containment, effective airflow control, and liquid cooling systems can distinctly decrease energy usage while improving cooling efficiency.
  • Enhance Workload Optimisation and Resource Allocation: AI workloads within datacenters can demand a lot of resources, which can result in the ineffective utilisation of computational assets. Through the implementation of workload coordination and resource allotment approaches, datacenters can make the best use of their resources. Equilibrium of workloads, automatic capacity adjustment, and forward-looking data analysis contribute to decreasing energy consumption while upholding peak performance.
  • Optimise Datacenter Infrastructure Management (DCIM): Deploying a DCIM system grants organisations immediate insight into energy usage, surrounding environmental factors, and equipment functionality. DCIM facilitates preventive monitoring, capacity strategizing, and energy enhancement, resulting in more ecologically viable datacenter operations.

As the demand for digital services keeps increasing, the pressing issue of datacenter sustainability comes to the forefront. By implementing the steps mentioned above, datacenters can enhance their sustainability and improve their competitive edge.

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