A novel method for utilizing nuclear energy might soon enable large-scale operation of data centers that drive our current digital age without producing any carbon emissions and with minimal impact on the planet’s surface.
According to a statement, nuclear energy firm Deep Fission has joined forces with Endeavour, which specializes in sustainable infrastructure projects, to undertake this mission.
press release
Jointly, the firms intend to install tiny modular reactors approximately one mile underground. Their aim is to generate two gigawatts of nuclear power for supplying electricity to Endeavour’s data centers.
Data centers are essential parts of the
technology
that powers the internet, artificial intelligence, cryptocurrency mining, and more. However, they use a
staggering amount of electricity
Much of this originates from fossil fuels. With the expansion of digital technology, there is an increasing need for clean, cost-effective energy sources.
Deep Fission and Endeavor are attempting to assist with this.
carbon-free power
a source that’s more secure and offers electricity at a lower cost than conventional options
nuclear power
plants.
“Ours is a technology that guarantees unparalleled safety standards while enabling us to provide zero-emissions constant energy for as low as 5-7 cents per kilowatt-hour,” stated Elizabeth Muller, co-founder and CEO of Deep Fission, in the press statement.
Fission energy
is behind this new tech development. With fission energy, the nucleus of an atom splits to create energy. That energy heats water into steam, which moves a turbine to generate power. Fission energy currently powers traditional nuclear plants, but moving the reactors underground eliminates most of the
construction costs
required to place them above ground. Plus, the underground reactors can take advantage of the Earth’s natural pressure and temperature to make them safer, acting like a built-in shield against leaks or accidents.
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Subterranean nuclear power represents a move towards a more robust and sustainable energy landscape. Currently, global energy reliance is predominantly centered around just a handful of sources.
renewable energy
sources like
wind
and
solar power
Although beneficial, these methods depend on favorable weather conditions for optimal performance. In contrast, nuclear power operates consistently. Incorporating safer, subterranean reactors into global energy supplies would broaden the range of clean energy alternatives and decrease hazardous air pollutants emitted by more polluting energy sources.
This is advantageous for communities at large. Emissions from conventional power facilities may lead to various health issues such as heart disease and asthma. Each measure implemented to reduce contamination positively impacts both our world and its inhabitants.
As stated in the press release, the collaboration between Deep Fission and Endeavour aims to “reshape the integration of clean energy into sectors with high electricity demands.” They intend to launch their initial reactors in 2029.
As an everyday consumer of electricity, you can take action right alongside the companies creating these big innovations. One of the most effective ways to benefit from clean energy is to
install solar panels
at home, potentially decreasing your
energy bill
To facilitate an effortless transition,
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High-tech firms declare mission to house nuclear reactors one mile below earth’s surface: ‘Ultimate security’
first appeared on
The Cool Down
.
