This Business News Story Was Uncovered By Us From: https://nopassiveincome.com/how-ai-is-affecting-power-consumption-in-the-u-s/
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In recent years, the United States has kept its energy production at its highest levels. However, the energy production being pushed higher and higher is to compensate for the sheer volume of electricity being demanded by modern society. Cellphones, appliances, and personal transportation are just a few types of the technology that require power and are being used on a daily basis. As of 2023, this energy consumption totaled a whopping 4,049 Terawatt Hours (TWh). However, by 2050, this figure is expected to increase by 50% to 5,178. So, what is driving this rapid uptick in power consumption?
One trend that has come around in recent years is the shift to electric vehicles. While they do save on gas, they do not reduce the power burden on the electrical grid. As their popularity grows, it is expected that they will account for an extra 100 to 185 Terawatt Hours by 2030. Another major trend in 2025 is the implementation of AI in just about everything. The average AI server inquiry is about 23 to 30 times more energy intensive than a regular internet search. While each server request individually is only 8 watt-hours, the sheer scale of AI is what causes the problem. If people replaced their Google searches with an LLM inquiry, the amount of electricity consumed every year would be equivalent to the annual energy consumption in Ireland. This statistic also excludes the cost to cool these AI servers, which account for another 50% of the previously mentioned energy cost.
While power demand is ramping up, power supply is finding some snags. At present, the US power grind is between 40 and 70 years old. Because of how aged it is, around 70% of transmission lines have reached their end of life and around 55% of residential transformers have also reached their end of service date.
Not only is this infrastructure unable to accommodate the future power demand, but it is susceptible to breaking down and lowering the already existing power output. For … Read More
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