Our team has deep experience in procurement of hardware, optimization of software and re-engineering of firmware specifically for liquid immersion. Multiple layers of on-site staff and support, virtual oversight and asset management as well as software to monitor real time data, manage the underlying machines and trigger alarms to identify inefficiencies or issues that need be resolved for maximum performance.
ustainable technology and digital mining both stand to gain from a symbiotic relationship. Vitally reliant on constant and stable electricity, the digital mining industry can benefit greatly from the integration of renewable energy and sustainable technology.
Crypto miners can take a page out of Google’s playbook for its Nevada Data Centre Campus, which seeks to become truly carbon-zero by relying purely on clean renewable energy. The tech giant looks to become the first hyperscale cloud operator to use heat generated by the Earth to power its servers 24/7. In the same way, crypto miners can fully integrate with renewable power facilities to gain stable access to green energy. Large hydropower has displayed strong potential for this use case.
Independent studies have shown that seasons of heavy precipitation are closely correlated with increased hydropower generation. In periods where precipitation rises by 43 per cent, hydropower generation can rise by up to 39 per cent. This increase in power generation is a boon for Bitcoin miners, whose largest operational cost is electricity. Leveraging low-cost electricity allows digital miners to maximise their operational gains and aligns them to international ESG goals.
ustainable technology and digital mining both stand to gain from a symbiotic relationship. Vitally reliant on constant and stable electricity, the digital mining industry can benefit greatly from the integration of renewable energy and sustainable technology.
Crypto miners can take a page out of Google’s playbook for its Nevada Data Centre Campus, which seeks to become truly carbon-zero by relying purely on clean renewable energy. The tech giant looks to become the first hyperscale cloud operator to use heat generated by the Earth to power its servers 24/7. In the same way, crypto miners can fully integrate with renewable power facilities to gain stable access to green energy. Large hydropower has displayed strong potential for this use case.
Independent studies have shown that seasons of heavy precipitation are closely correlated with increased hydropower generation. In periods where precipitation rises by 43 per cent, hydropower generation can rise by up to 39 per cent. This increase in power generation is a boon for Bitcoin miners, whose largest operational cost is electricity. Leveraging low-cost electricity allows digital miners to maximise their operational gains and aligns them to international ESG goals.
ustainable technology and digital mining both stand to gain from a symbiotic relationship. Vitally reliant on constant and stable electricity, the digital mining industry can benefit greatly from the integration of renewable energy and sustainable technology.
Crypto miners can take a page out of Google’s playbook for its Nevada Data Centre Campus, which seeks to become truly carbon-zero by relying purely on clean renewable energy. The tech giant looks to become the first hyperscale cloud operator to use heat generated by the Earth to power its servers 24/7. In the same way, crypto miners can fully integrate with renewable power facilities to gain stable access to green energy. Large hydropower has displayed strong potential for this use case.
Independent studies have shown that seasons of heavy precipitation are closely correlated with increased hydropower generation. In periods where precipitation rises by 43 per cent, hydropower generation can rise by up to 39 per cent. This increase in power generation is a boon for Bitcoin miners, whose largest operational cost is electricity. Leveraging low-cost electricity allows digital miners to maximise their operational gains and aligns them to international ESG goals.
ustainable technology and digital mining both stand to gain from a symbiotic relationship. Vitally reliant on constant and stable electricity, the digital mining industry can benefit greatly from the integration of renewable energy and sustainable technology.
Crypto miners can take a page out of Google’s playbook for its Nevada Data Centre Campus, which seeks to become truly carbon-zero by relying purely on clean renewable energy. The tech giant looks to become the first hyperscale cloud operator to use heat generated by the Earth to power its servers 24/7. In the same way, crypto miners can fully integrate with renewable power facilities to gain stable access to green energy. Large hydropower has displayed strong potential for this use case.
Independent studies have shown that seasons of heavy precipitation are closely correlated with increased hydropower generation. In periods where precipitation rises by 43 per cent, hydropower generation can rise by up to 39 per cent. This increase in power generation is a boon for Bitcoin miners, whose largest operational cost is electricity. Leveraging low-cost electricity allows digital miners to maximise their operational gains and aligns them to international ESG goals.
ustainable technology and digital mining both stand to gain from a symbiotic relationship. Vitally reliant on constant and stable electricity, the digital mining industry can benefit greatly from the integration of renewable energy and sustainable technology.
Crypto miners can take a page out of Google’s playbook for its Nevada Data Centre Campus, which seeks to become truly carbon-zero by relying purely on clean renewable energy. The tech giant looks to become the first hyperscale cloud operator to use heat generated by the Earth to power its servers 24/7. In the same way, crypto miners can fully integrate with renewable power facilities to gain stable access to green energy. Large hydropower has displayed strong potential for this use case.
Independent studies have shown that seasons of heavy precipitation are closely correlated with increased hydropower generation. In periods where precipitation rises by 43 per cent, hydropower generation can rise by up to 39 per cent. This increase in power generation is a boon for Bitcoin miners, whose largest operational cost is electricity. Leveraging low-cost electricity allows digital miners to maximise their operational gains and aligns them to international ESG goals.
