Data Centers

The EU Energy Efficiency Directive (EED) requires data centers ≥1 MW to comply with specific energy monitoring requirements, mandating the implementation of measurement systems that allow for the calculation of PUE and other efficiency indicators.
Technological solutions must be adapted to the PUE categories defined in the EN 50600-4-2 standard.
The use of analyzers and measurement modules connectable to Edge or Cloud platforms facilitates regulatory compliance and advanced energy management.

Innovation is a double-edged sword: it brings conveniences, improves our quality of life, and opens new frontiers (artificial intelligence is a prime example). However, it can also wreak havoc on our environment. And let's be honest: technology's energy appetite is a concern we all need to take seriously. That's why the demand for sustainability is growing so rapidly, paving the way for "green data centers" to take center stage.

Green data centers are essential for reducing carbon footprints, enabling companies to achieve their sustainability goals while managing massive amounts of data. Let's explore how green data centers work and how sustainable cable management is key to minimizing environmental impact.

In the world of data centers with high-speed, high-density fiber optic networks, efficiency and accuracy are paramount. As the demand for faster deployments increases, so does the need for tools and methodologies that optimize the testing process. With the emergence of various connector types for duplex communication, testing has become more complex. For example, adhering to the recommended single-cable reference method has become impossible using traditional testing instruments.

R&M has added a new family of intelligent power distribution units (PDUs) for high-power servers to its product range. The R&M power distribution unit is called "ActiPower AI." It has been developed to more precisely protect the power supply to end-user computing devices in racks. It is suitable for critical IT infrastructures and sensitive data center environments, such as high-power computing and AI clusters.

Vertiv has announced a significant upgrade to its cooling product portfolio with the introduction of the next generation of Vertiv™ Liebert® EFC evaporative cooling units, which use low-GWP (Global Warming Potential) refrigerant. Designed to meet the stringent environmental standards of data centers, including cloud and colocation services, the solution is now available in the Europe, Middle East, and Africa (EMEA) region, with capacities ranging from 150 to 450 kW.

Vertiv today announced the launch of Vertiv™ SmartRun, a prefabricated modular overhead infrastructure system designed to integrate high-density power distribution conductors, liquid cooling piping networks, hot aisle containment, and network infrastructure into a single scalable solution to facilitate accelerated data center conditioning.

Vertiv has announced a significant enhancement to its Vertiv™ SmartAisle™ solution, specifically designed for edge computing applications up to 180 kW. Now available in the Europe, Middle East, and Africa (EMEA) region, this comprehensive, pre-engineered system combines power, cooling, racks, and advanced management and monitoring capabilities into a single integrated unit, designed to simplify and accelerate edge computing deployments.

Vertiv today announced the launch of Vertiv™ Unify, a unified control platform designed to simplify, standardize, and accelerate data center operations by integrating visibility, management, and analytics of critical power and cooling infrastructure, while providing greater scalability and flexibility.

A data center (DPC) is a facility where the IT operations and infrastructure of one or more organizations are centralized. Data belonging to the organization or third parties is stored, processed, distributed, and generally handled in a DPC.
The vast majority of companies have a DPC on their premises where they store their data, and it is always recommended that they maintain an off-site backup of that data. This allows for virtually complete data recovery in the event of any contingency on their own premises.

Vertiv today announced the launch of Vertiv™ PowerDirect Rack, a high-density 50V DC power system in a 1U tray format designed to provide resilience in even the most demanding AI and HPC (high-performance computing) environments. The modular form factor can scale up to 132kW per rack by integrating multiple power trays, allowing for system expansion while minimizing space requirements.

Schneider Electric and ETAP have unveiled a cutting-edge digital twin that can accurately design and simulate the energy needs of AI factories. Leveraging the NVIDIA Omniverse™ Blueprint for AI Factory Digital Twins, Schneider Electric and ETAP are enabling the development of digital twins that integrate multiple inputs for mechanical, thermal, network, and electrical systems to simulate how an AI factory operates. This collaboration is poised to transform the design and operation of AI factories.

Vertiv introduces the Vertiv™ CoolLoop Trim Cooler system for air and liquid cooling applications in AI (artificial intelligence) and HPC (high-performance computing).

Through seamless integration with high-density, liquid-cooled environments, the Vertiv CoolLoop Trim Cooler enhances operational efficiency and aligns with the evolving needs of the industry, which demands energy-efficient and compact cooling solutions.

The rise of artificial intelligence comes with a huge energy bill. Professor Wolfgang Maaß and his research team at Saarland University and the German Research Centre for Artificial Intelligence (DFKI) aim to make AI up to 90% more energy efficient. To improve AI's carbon footprint, the Saarbrücken-based team is rethinking data centers, large-scale linguistic models, and image analysis models, and their research is opening up access to powerful AI models for small and medium-sized enterprises (SMEs).

The EULEN Group has launched its new "DataCare" Service, a comprehensive and customized solution for maintenance, energy efficiency, and security for the technology sector.
DataCare is a configurable offering designed to adapt to the specific needs of a data center.

Mouser now offers SST Sensing's Axiom infrared refrigerant gas detectors. Developed with patented non-dispersive infrared technology, Axiom detectors meet and exceed gas detection requirements, even in the most demanding environmental conditions. These gas detectors quickly detect leaks and unexpected emissions of refrigerants used in HVAC systems, refrigerators and heat pumps, cooling systems, data centers,

Thermal filler materials make up a large part of the formulation of thermal interface materials (TIMs), and each has its own advantages and disadvantages, including conductivity, cost, and mechanical properties. The latest IDTechEx report, "Thermal Interface Materials 2024-2034: Technologies, Markets, and Forecasts," explores the numerous types of thermal fillers and the wide range of applications for thermal interface materials (TIMs).

The unprecedented growth of AI has driven up energy demand for data centers. Data center hyperscalers want to add new network capacity using electricity generation methods that align with their ambitious sustainability goals. Amazon, Microsoft, Meta, and Google have already established themselves as global leaders in enterprise wind and solar power purchases.

Electricity powers data centers and critical infrastructure, enabling the flow of modern business activity and the delivery of public services. However, numerous trends are prompting leaders of these organizations to reassess their power management systems and the amount of electricity they consume to support their critical operations. These trends include rising energy costs, increased reliance on electricity, and a growing need to reduce carbon emissions.

Vertiv today announced the launch of its Vertiv™ Liquid Cooling Services. This offering provides customers with the tools they need to increase system availability, improve efficiency, and confidently manage the evolving challenges of advanced liquid cooling systems. The new services are now available worldwide.

By 2035, IDTechEx predicts that the continued growth of artificial intelligence will lead to data centers consuming more than 2,000 TWh of energy. The projected increase in CO2 emissions from these new data centers presents a dual challenge to both governments with net-zero emissions targets and tech giants with internal carbon-neutral commitments: how can the unprecedented rise of AI be supported without causing significant environmental damage?