AI data centers, however, cannot easily scale down operations. Their systems require constant uptime to handle workloads. As a result, they draw large amounts of energy around the clock. Paradigm says this difference is critical and should shape how regulators view both sectors.
Paradigm Highlights Mining’s Limited Energy Share
The firm also highlights that Bitcoin mining consumes only about 0.23% of global electricity. The firm notes that many mining operations use renewable energy, especially during off-peak hours when excess power might otherwise go to waste.
By absorbing surplus renewable energy, miners can support grid stability. In Texas, for example, miner participation reportedly contributed to a 74% drop in ancillary service prices between 2023 and 2024. This suggests mining can play a helpful role in balancing supply and demand.
Paradigm Urges Policymakers to Rethink Comparisons
The discussion comes at a time when energy use is under close scrutiny. AI-driven infrastructure expansion has contributed to a 2.4% rise in U.S. greenhouse gas emissions in 2025. Against this backdrop, some critics have grouped Bitcoin mining with high-energy industries.
However, Paradigm urges policymakers to view mining differently. The firm argues that Bitcoin mining can act as a grid asset rather than a burden. By curbing excess renewable waste and responding to market signals, miners may actually improve energy efficiency in certain regions.
As the debate over energy and technology continues, Paradigm’s analysis adds nuance to how digital industries affect global power systems.
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