Bitcoin’s Energy Consumption Equalled That of Hungary in 2018
Bitcoin miners consumed as much as energy in 2018 as Hungary, according to Alex de Vries.
The researcher at the Netherlands’ PricewaterhouseCoopers (PwC) branch studied
bitcoin’s global energy consumption all across the year. He found that
existing hydropower projects were not sufficient in sustaining the
cryptocurrency mining operations, adding that the bitcoin network
demanded as much as 62.3 TWh power. The power of such scale could
single-handedly serve a Hungary or a Switzerland.
More than Banks
The
revelation followed years of debates about whether or not bitcoin is
anti-environment. Skeptics criticize the decentralized financial network
for contributing to global warming because each node in the system
requires electricity to sustain itself. That is how machines process
mathematical problems – by injecting vast computing power – that
eventually mine and confirm bitcoin transactions on the network. As a
result, the entire mining operation generates heat, as well as increase
power demand supplied by fossil power plants.
On the other hand, supports argue that
banks, which bitcoin aims to replace, consume far more resources with a
massive carbon footprint. Per them, banks issue paper cash using
environmental-unfriendly chemicals, consume power with their
location-bound local offices and server warehouses, and allow their
employees to travel using gas-inefficient armored cars, etc.
Bitcoin Can Never Be Green
De Vries said that bitcoin mining
operations would constantly demand energy even if they switch from
fossil to renewable energy. The researcher cited the hydropower plans in
China’s Sichuan province, which were generating three times more power
during the wet summer months than during the dry winter season. These
plants used coal-based energy to meet the miners’ demand, given the
cryptocurrency mining operations were not designed to shut down before
they generate profits.
“Based on these findings, the
renewable energy currently used in bitcoin mining cannot be considered
‘green’, and this challenge of combining a constant energy requirement
with a variable production of renewables will always exist,” says de
Vries. “It could even provide an incentive for the construction of new
coal-fired power plants to meet the higher base demand.”
Studies Fundamentally Flawed
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