Introduction
Our mission is to eliminate energy waste and reduce the use of natural resources in the world’s digital infrastructure. In short, to empower the digital revolution in a sustainable way.
About usThe Challenge
But behind every digital breakthrough lies a hidden cost: producing the energy that powers this transformation strains the planet’s resources.
The Problem
30-40%
Energy waste
30-40% of energy is currently wasted on cooling
4,5%
Energy consumption
Today's data centers in US consume up to 4,5% of the total electricity production
3-7
year
Access to power: 3-7 years is currently a typical wait time to get access to power for a large data center
64
M.T/CO2
64 million tonnes of CO2 emissions for datacenter as of today
230
B.g water/YEAR
Water consumption: Today US data centers use 230 billion gallons of water per year
Energy consumption: Today's data centers in US consume up to 4,5% of the total electricity production and this will increase up to 12% by 2030.
CO2 emissions: 210 million tons of CO2 emissions are expected for data center in 2030.
Access to power: As the demand for energy increases it becomes more difficult to have access to electricity.
Water consumption: By 2030 US data centers will consume more than 700 billion gallons of water per year.
Energy consumption: Today's data centers in US consume up to 4,5% of the total electricity production and this will increase up to 12% by 2030
CO2 emissions: 210 million tons of CO2 emissions are expected for data center in 2030*
Access to power: As the demand for energy increases it becomes more difficult to have access to electricity.
CO2 emissions: 210 million tons of CO2 emissions are expected for data center in 2030*
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The Solution
By applying Ferveret’s Adaptive Phase Cooling, data centers can use 98% of their total power for compute.
The Solution
A cooling technology that scales with demand, without scaling emissions.
The Product
Liquid immersion cooling reimagined for high density data centers.
The Product
Liquid immersion cooling reimagined for high density ASIC compute.
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