Innovation in that made us to this point. Graphics processing units (graphics processing units) that work behind artificial intelligence The cost decreased by 99 % Since 2006, there has been a similar concern about the use of energy for data centers in early 2010, with wild expectations for growth in electricity demand. But the gains in computer energy and energy efficiency are not only These expectations are proven wrong However, an increase of 550 % in the global computing capacity from 2010 to 2018 with minimal energy increases.
In late 2010, the trends that saved us began to collapse. As the accuracy of artificial intelligence models significantly Humle, The electricity needed for data centers began to increase faster; It now represents 4.4 % of the total demand, up from 1.9 % in 2018. Data centers consume more than 10 % of the electricity supply in six American states. In Virginia, which appeared as a center for the data center activity, this number is 25 %.
Expectations about the future energy demand for energy, Amnesty International, is extensive and wide, but in one study, Lawrence Berkeley National Laboratory estimated that data centers It can represent 6 % to 12 % of the total use of electricity in the United States by 2028. Societies and companies will notice this type of rapid growth in electricity demand. It will put pressure on energy prices and ecosystems. Expectations resulted in calls to build a lot of power stations that work in new fossil or remove them from retirement. In many parts of the United States, the demand is likely to lead to an increase in naturally invasive energy plants.
It is a hard situation. However, when we minimize, the use of the expected electricity of artificial intelligence remains very small. The United States was born about 4300 billion kilowatt hours last year. We may need 1,000 billion to 1200 billion or more in the next decade – by 24 % to 29 %. barely Half of the additional demand for electricity It will be one of the electrified vehicles. Another 30 % of the electrified techniques in buildings and industry are expected to be. Innovation in vehicles and construction also offers electricity in the past decade, and this shift will be good news of climate, societies and energy costs.
It is estimated that the remaining 22 % of the new order of electricity comes from data centers and data centers. Although it represents a smaller piece of pie, it is the most urgent. Because of its rapid growth and Geographical focusData centers is the electrical challenge that we are facing now – the small things that we have to discover before we can do big things like vehicles and buildings.
We also need to understand what you buy energy consumption and carbon emissions associated with Amnesty International. While the effects of semiconductor production and operation of artificial intelligence databases are important, they are likely to be small compared to Positive or negative effects Artificial intelligence may have applications such as the electricity network, the transportation system, buildings, factories or consumer behavior. Companies can use artificial intelligence to develop new materials or batteries that better integrate renewable energy into the network. But they can also use artificial intelligence to facilitate finding more fossil fuels. Claims related to the possible climate benefits are exciting, but must be constantly verified and will need support to achieve them.
This is not the first time that we face challenges in dealing with it Growth in the demand for electricity. In the sixties of the last century, the demand for electricity in the United States was growing by more than 7 % annually. In the seventies of the last century, growth was approximately 5 %, and in the 1980s and 1990s was more than 2 % per year. Next, starting in 2005, we mainly had a decade and a half of flat electricity growth. Most of the expectations for the next decade put our expected growth in electricity demand by approximately 2 % – but this time we will have to do things differently.
To manage these new energy requirements, we need “new network deals” that enhance public and private capital to rebuild the electricity system for the IQ Agency with sufficient ability and intelligence to download carbon. It can reduce new clean energy supplies, investment and distribution investment, virtual demand management strategies, price reduction and increase flexibility. Data centers that bring clean electricity promotions and a quick warm distribution system can be given to connect to the network. Infrastructure banks can finance new transport lines or pay to upgrade those existing. Direct investment or tax incentives can encourage clean computing standards, workforce development in the clean energy sector, and open data transparency from the data center operators about using their energy so that societies can understand and measure the effects.
