Home » Technology » -Title: OpenAI Sora’s Rise Sparks AI’s Environmental Cost Debate

-Title: OpenAI Sora’s Rise Sparks AI’s Environmental Cost Debate

by Rachel Kim – Technology Editor

the Rising Environmental Cost⁣ of ⁣AI: openai’s⁤ Sora and Beyond

OpenAI‘s new AI video generator, Sora 2, is rapidly gaining traction, reaching 1 million ⁢downloads in ‌under five‍ days – even faster then ChatGPT. Currently limited to iOS users via​ an invitation system due to ‌its immense⁤ computing ⁣demands, Sora’s videos are already making waves online. Though,this popularity ‍is sparking renewed debate about the ​significant environmental impact ⁢of artificial ⁣intelligence.

The energy ⁢consumption⁤ required to power AI is now exceeding that of even cryptocurrency mining.​ Researcher Alex‍ de Vries-Gao estimates AI ‌currently accounts for 20% of global data center electricity use, a⁢ figure projected to ​double by year-end. The International Energy Agency (IEA) reports data centers‍ consumed 1.5% of global electricity in 2024, ⁣growing four times faster than overall energy​ demand, ⁤and predicts‌ this will⁣ double by 2030.MIT Technology Review forecasts AI’s energy needs will surpass the total consumption of all US data ⁢centers by 2028 – enough to power 22% of US homes ⁤for a year.

This surge is​ fueled by large-scale initiatives like‍ the $500 billion Stargate⁤ Project, a ‍partnership between ⁤OpenAI, Oracle, ⁢SoftBank, and MGX.

The environmental‍ impact isn’t limited to electricity. Data ⁢centers require vast amounts of ⁤ultrapure water for cooling. ‍training the GPT-3 model alone‌ consumed an estimated 700,000 liters of fresh water. ‌Experts⁤ predict global ‌AI water demand ⁤could reach 4 to 6 billion cubic meters by 2027.

Moreover, the production of the ⁣advanced​ chips necessary for‌ AI is resource-intensive, requiring ⁣significant energy, water, and rare minerals. ​Each new​ chip generation necessitates a complete manufacturing restart, adding ⁤to the overall ​carbon ‍footprint. To illustrate the ‌scale, generating a single AI image uses as ⁢much⁣ energy as⁢ a‍ microwave for 5 seconds, while a 5-second AI video consumes the equivalent⁣ of over an hour ⁣of ⁣microwave operation.

As ⁤AI continues to advance and become more integrated ⁣into daily life,‌ addressing ⁢these environmental concerns ‍will‍ be crucial for lasting innovation.

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