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Quantifying the asymmetric information flow between Bitcoin prices and electricity consumption
The present study uses transfer entropy and effective transfer entropy to quantify the asymmetric
information flow between monthly Bitcoin prices (Price) and total Bitcoin electricity consumption
(Electricity). Both the Shannon and R´enyi estimates confirm a statistically significant information
flow from Price to Electricity. However, Shannon and R´enyi methods yield mixed results in
quantifying the information flow for Electricity to Price. That indicates a possible non homogeneous
and chaotic impact of total Bitcoin electricity consumption on Bitcoin prices. However, the
R´enyi transfer entropy value converges with Shannon’s as the value of q approaches to 1. The
study findings are highly useful for managing the energy mix and carbon emissions associated
with Bitcoin & other cryptocurrency mining.