The energy footprint associated with the widely recognized chatbot, ChatGPT, has drawn attention due to its significant power demands. According to data analyzed by Delo, the annual electricity consumption of ChatGPT is estimated to be approximately 17.23 terawatt-hours (TWh), a figure that surpasses the total electricity usage of Slovenia. The University of Rhode Island provided estimates indicating that ChatGPT consumes roughly 0.189 kilowatt-hours daily.
This annual projection is based on a model assuming 810 million active users posting an average of 22 spam messages each week. Furthermore, the system processes over 2.5 billion daily operations, which requires 47.2 megawatt-hours (MWh) of electricity. This energy amount is sufficient to power 238 million electric vehicles, assuming each has a 72.4 kWh battery capacity.
For context, the average daily household consumption in Western Europe or the United States is cited as 29 kWh. Therefore, the operational scale of ChatGPT suggests a power requirement substantially more than typical residential use. These figures highlight the considerable energy resources needed to sustain the chatbot’s advanced functionality.
The data suggests that the computational demands of ChatGPT represent a significant energy draw, making its operational impact notable when compared to established benchmarks.
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