Artificial Intelligence will make energy requirements but will also help manage energy joins

The world, especially the United States, is expected to witness a huge leap in the center of data and artificial intelligence demand for electricity by 2030, according to the recently released International Energy Agency report.

Expected at IEA in “Energy and AI” report The global demand for electricity from databases will reach about 945 hours of TERAWATT (TwH) in 2030, an increase of approximately 128 % of 415 TWH of the energy they used in 2024.

“From artificial intelligence will be the most important engine in this increase, with the demand for electricity from AI improved data centers It is expected to reach more than one quadruple by 2030.

According to the report, the demand for electricity from databases in the United States will be a source of “nearly half” expected to double the expected demand that the data center is expected to see the world by that year.

Think Energy Think Tank says fossil fuels generate less than half of the electricity in the first month.

In the United States, databases will need about 240 TWH in 2030. The International Intelligence Agency, which constitutes a 130 % jump of current energy consumption at the data center.

Electricity consumption of data centers will acquire an increase of approximately 15 % in 2024 and 2030, according to the Football Association.

However, less than 10 % of the world’s total growth in electricity demand by 2030 will come from the energy centers energy needs. Of all the expected global electricity consumption in 2030, IEA said that the data centers will represent “less than 3 %”.

However, there is good news in the report. Power companies will use artificial intelligence to help efficiency and operations. According to the report, “AI is already published by energy companies to convert and improve supplies and minerals, generate and transport electricity, and energy consumption. There are many goals in playing, including reducing costs, enhancing supply, expanding assets, reducing reduction time and reducing emissions.”

The Wireless Union Authority, “Renewable Energy Sources”, will meet nearly half of the additional demand, followed by natural gas and coal, with a nuclear operation to play an increasingly important role at the end of this contract and beyond.

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Connect the report with its expected protrusion Renewable energy sources and natural gas In addressing the expected increase of data centers in electricity demand by 2030 to “cost cost and availability in the main markets”.

In the United States, IEA gas will see more than 130 TwH every year until 2030 in power generation for data centers.

By 2030, the report will be available about 110 TWH from the generation of electricity from renewable energy sources for data centers.

IEA predicts renewable energy sources and small nuclear nuclear reactors will lead to a reduction in “the need for additional generation that works on natural gas” after 2030 “so that the sources of low emissions in 2035 represent more than half of the electricity supply mix in the data center in the United States.

Small standard reactors are a type of advanced nuclear reactor.

Countries are looking for sophisticated nuclear reactors with smaller energy needs

“A large amount of low -carbon electricity can be produced but (it is) physically smaller than the traditional reactor,” according to the US Department of Energy.

IEA said small normative reactors, which is expected to walk live “around 2030”.