Bitcoin mining can strengthen electrical grids and help lower consumer electricity costs rather than destabilize power systems, according to a comprehensive new analysis by independent researcher Daniel Batten that challenges long-standing criticisms of the industry’s energy impact.
The research, titled “Common Bitcoin Energy Misconceptions,” examines widely circulated claims about Bitcoin mining’s electricity consumption, environmental footprint, and impact on grid reliability.
Drawing on peer-reviewed academic studies and real-world grid data, Batten argues that many of the dominant narratives surrounding Bitcoin mining are rooted in outdated assumptions and methodological errors.
According to the report, Bitcoin’s resource use is not tied to transaction volume, meaning the network can scale without increasing energy, water, or electronic waste consumption.
This conclusion is supported by multiple peer-reviewed studies, including research by Masanet et al. (2019), Dittmar et al. (2019), Sedlmeir et al. (2020), and Sai and Vranken (2023), as well as findings from Cambridge University.
Batten traces the persistence of per-transaction energy and emissions claims to a widely cited 2018 commentary by Alex de Vries, which has since been challenged by more comprehensive empirical studies.
In 2025, Cambridge researchers found that de Vries’ estimates of Bitcoin mining-related electronic waste were overstated by more than 1,200%, undermining assertions that the industry poses a significant e-waste problem.
The report also addresses claims that Bitcoin mining destabilizes electrical grids.
Batten highlights a growing body of research suggesting the opposite, noting that Bitcoin mining’s flexible and interruptible load profile allows it to absorb excess power and shut down during periods of peak demand.
Studies from Duke University and other academic institutions indicate that controllable load resources, including Bitcoin mining, can help balance grids, provide ancillary services, and reduce the need for costly infrastructure upgrades, particularly in regions with high levels of variable renewable energy such as solar and wind.
These findings are supported by operational data from ERCOT, Texas’ power grid, which hosts the largest concentration of Bitcoin mining globally.
Batten argues that as understanding improves, outdated perceptions of Bitcoin mining’s energy impact are increasingly difficult to sustain.