Can bitcoin mining increase renewable electricity capacity?

August Bruno, Paige Weber, Andrew J. Yates

Proponents of Bitcoin argue that demand for electricity from Bitcoin miners can lead to an increase in renewable electricity capacity. We rigorously evaluate this claim by estimating a Bitcoin electricity demand curve and include this demand curve in a long-run model of the Texas electricity market. We find that while Bitcoin mining can indeed increase renewable capacity, it also increases carbon emissions. When Bitcoin miners provide grid management services in the form of demand response, their emissions impact is largely mitigated.

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Year of publication:	September 2022
Authors:	Bruno, August ; Weber, Paige ; Yates, Andrew J.
Publisher:	Munich, Germany : CESifo, Center for Economic Studies & Ifo Institute
Subject:	cryptocurrency \| electricity markets \| renewable energy \| Bitcoin \| Erneuerbare Energie \| Renewable energy \| Virtuelle Währung \| Virtual currency \| Elektrizität \| Electricity \| Elektrizitätswirtschaft \| Electric power industry \| Welt \| World \| Produktionskapazität \| Production capacity \| Förderung erneuerbarer Energien \| Renewable energy policy \| Strompreis \| Electricity price