How much CO₂ does AI produce?
A live estimate of carbon emissions associated with artificial intelligence systems worldwide.
Estimated CO₂ emitted by AI today
— kg CO₂e
Short answer
AI produces CO₂ indirectly through the electricity used by data centers, GPUs and supporting infrastructure.
What this means
AI systems rely on electricity-intensive infrastructure. The carbon impact depends on how that electricity is generated.
A model running on a low-carbon grid has a different footprint from the same workload running on fossil-heavy electricity.
Because AI-specific energy sourcing is rarely disclosed, this estimate uses electricity assumptions and carbon intensity factors.
Why this matters
AI carbon emissions are becoming an important part of the debate on digital infrastructure, sustainability and responsible technology deployment.
Related indicators
Related articles
AI Environmental Impact
A comparative view of AI’s electricity consumption, carbon emissions, water use and compute intensity.
AI Carbon Emissions (Live)
Real-time estimates of AI’s carbon emissions (CO₂e) — today and year-to-date — based on public sources and transparent assumptions.
How much electricity does AI use?
Live estimate of AI electricity consumption today. Understand how much power AI systems use and why it matters.
Why does AI consume so much electricity?
AI electricity use comes from the compute infrastructure required to train, run and scale modern artificial intelligence systems.
AI Electricity Consumption (Live)
Real-time estimates of electricity used by AI—today and year-to-date—based on public sources and transparent assumptions.
How much electricity does ChatGPT use per query?
Every ChatGPT prompt requires GPU computation, electricity, and datacenter infrastructure. Discover how much energy a single AI query may consume.
