The integration of Artificial intelligence(AI) into our everyday parlance is already a reality, unless you are living under a rock. We are using generative AI to answer our basic queries of life to deep diving into the philosophical ones. From diet plans to solving relationship issues, from seeking assistance to finish the homework,to drafting the best mail to impress the boss,we have outsourced our thinking to AI.

For running answers to each such query, the hardware behind this technology consumes gazillion quantities of electricity. Data centres are the back end hardware required to keep this ever running search boxes running.Data centres are physical spaces hosting thousands of servers, spanning a few kilometres, processing the user requests. A recent study by University of Cambridge identified the rise of temperatures in the vicinity of these vast data centres.

Marinoni and his colleagues decided to dig into one under-researched impact: the heat these data centres release through their energy-intensive processes, including computation and powering cooling systems.To do this, they looked at temperature data over the last 20 years from remote sensors and mapped it against the locations of AI “hyperscalers” : vast data centers that house thousands of servers and can stretch over a million square miles, which have mostly been built within the last decade.The researchers focused on more than 6,000 data centers located away from highly dense urban areas, as surface temperatures around these were less likely to have been affected by other factors, such as manufacturing or the heating of homes. The researchers also filtered out seasonal impacts, global warming trends and other influences.They found surface temperatures increased by an average of 3.6 degrees Fahrenheit after a data center started operations. In extreme cases, nearby temperatures increase by up to 16.4 degrees Fahrenheit.These increases were consistent across the globe, the researchers found. In Mexico’s Bajio region, for example, which has become a data center hub, the study found unexplained temperature rises of around 3.6 degrees over the last 20 years. A similar situation was seen in Aragon, Spain, a European center for hyperscale AI data centers, which recorded a temperature increase of 3.6 degrees which was not replicated in neighboring provinces.Strikingly, the impacts weren’t limited to a data center’s immediate surroundings; temperature increases affected areas up to 6.2 miles away, the research found, affecting more than 340 million people.

These have the deleterious effects on cities already struggling with Urban Heat Island(UHI) effects. Data centres might end up accentuating it. India has been at the forefront of these new technological developments and is largely receptive to opening new data centres.States like Andhra Pradesh has already allotted space for it’s establishment.Data centres are a harbinger of technological transfers, big impetus to job creation, hub for AI hardware interface. Its important to ensure that development and environmental sustainability are balanced with each other. 

Under such circumstances, LUMINX comes up with a solution- Heat Reflective Cooling Sheets. It works on the principle of heat dissipation,through the formation of an insulating cover, thereby preventing the heat from radiating in it’s surroundings.

 The challenges of heating associated with data centres can thus be adequately addressed. Besides that LuminX Heat Reflective Cooling sheets offer the following: 

• Lower Energy Bills: Data centres are huge energy consuming structures. By  decreasing the heat build up through the use of Cooling sheets, data centres would require far less energy to operate.The pressure on HVAC systems can be reliably reduced through it’s application. Thus the cost of operations would go down with curtailed energy bills.

• Environmental Sustainability: it follows from the above. Reduction of peak electricity demand would automatically reduce greenhouse gas emissions,in a country where thermal energy dominates.

• Increasing the shelf life of these structures: Data centres are highly capital intensive and require billions of dollars to be set up. It’s longevity can be ensured through the use of cooling sheets which can very well prevent heat related depreciation in these structures, increasing it’s shelf life.

Artificial Intelligence is the next frontier, there is no denial about that. All the associated hardware and software must be harnessed by India in order to become a global leader in this domain. At LuminX , we aspire to become partner in India’s rise as an AI hub and take it’s rightful seat among the other nations of the world.