The rise of data centers is driving a significant increase in energy demand as global reliance on cloud computing, data storage, and digital services continues to grow. As data centers expand, the need for energy efficiency, enhanced grid infrastructure, and sustainable power sources becomes increasingly critical.
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By 2026, the global electricity consumption of datacenters is projected to double, presenting a challenge for large cloud hyperscalers with net zero ambitions. That said, companies are coming up with inventive solutions to help decarbonise data centres. This article explores three innovative areas that can help mitigate emissions. For professional investors: https://bit.ly/3YhOTpx
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By 2026, the global electricity consumption of datacenters is projected to double, presenting a challenge for large cloud hyperscalers with net zero ambitions. That said, companies are coming up with inventive solutions to help decarbonise data centres. This article explores three innovative areas that can help mitigate emissions. For professional investors: https://bit.ly/3XTJcOd
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By 2026, the global electricity consumption of datacenters is projected to double, presenting a challenge for large cloud hyperscalers with net zero ambitions. That said, companies are coming up with inventive solutions to help decarbonise data centres. This article explores three innovative areas that can help mitigate emissions. For professional investors: https://bit.ly/3YhOTpx
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📣 Calling all IT Departments at energy industry organizations: Your organization’s teams require more data storage and computing power than ever before to meet the business requirements that the energy transition and grid modernization demand. 👉 Are you implementing automatic, scalable solutions that allow your teams to run increasingly complex models and scenarios while decreasing run times? Energy Exemplar’s PLEXOS Cloud delivers these capabilities to your analysts and decision makers - without sacrificing the security of your data and systems. In fact, our security provisions are likely to save your IT teams time and money. Learn more about how cloud technologies provide cost, security, and reliability benefits to the grid, and the details on PLEXOS Cloud’s best-in-class security here: https://bit.ly/4cuuF1N #GridReliability #CloudTech #PLEXOSCloud #EnergyIT #EnergyTransition
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Reaching out to the IT personnel and teams in the energy domain. Learn more on how cloud technologies provide cost, security, and reliability benefits to the grid, and details on PLEXOS Cloud’s best-in-class security. Read more >>
📣 Calling all IT Departments at energy industry organizations: Your organization’s teams require more data storage and computing power than ever before to meet the business requirements that the energy transition and grid modernization demand. 👉 Are you implementing automatic, scalable solutions that allow your teams to run increasingly complex models and scenarios while decreasing run times? Energy Exemplar’s PLEXOS Cloud delivers these capabilities to your analysts and decision makers - without sacrificing the security of your data and systems. In fact, our security provisions are likely to save your IT teams time and money. Learn more about how cloud technologies provide cost, security, and reliability benefits to the grid, and the details on PLEXOS Cloud’s best-in-class security here: https://bit.ly/4cuuF1N #GridReliability #CloudTech #PLEXOSCloud #EnergyIT #EnergyTransition
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The growth in demand for data centers also increase energy consumption, environmental impact and security needs. It is important to invest in data center research and innovations to face these challenges and to create a reliable digital infrastructure. ICE Datacenter (Infrastructure and Cloud Research & Test Environment) facilitates a platform for different stakeholders to come together to test and experiment with data center solutions, edge computing, cloud applications and data analytics. Isabelle Kemlin, Business and Innovation Executive of RISE Research Institutes of Sweden, wrote an article that explains what ICE Datacenters does and how it will help to shape the future of the data center industry. Read the full article in Datacentered (p. 124-125): ➡ https://datacentered.net/
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Small but Powerful: A typical a simple power supply with nominal power of 960W achieves 91% efficiency. In contrast, WAGO's Pro 2 Power Supply achieves 96.3% efficiency. At first glance, it doesn’t seem like 5.3% would matter much, but it actually makes all the difference. The Pro 2 Power Supplies’ higher efficiency eliminates 37 W of power loss. Calculated over a 5-year operating period, this amounts to savings of about 1,500 kWh – which corresponds to the annual consumption of a 2-person household. Learn more: https://lnkd.in/gcmJUZcR #WAGO #Pro2 #PowerSupply #Pro2PowerSupply #Automation #Industry40 #IOLink #Cloud
