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Energy efficiency is at the forefront of innovation. Traditional data centres are powerful but often energy-intensive. Enter micro data centres — compact, scalable, and sustainable solutions that are transforming energy usage in data management. With our micro data centres you can expect: ✅ Reduced energy consumption: Advanced cooling and energy-efficient components lower operational costs and carbon footprints. ✅ Scalable modular design: Add or remove capacity as needed, using only the energy required. ✅ Optimised PUE: Achieve better Power Usage Effectiveness with efficient power management systems. ✅ Renewable-ready: Seamless integration with solar or wind power supports sustainability goals. From healthcare to manufacturing, industries are already reaping the benefits of micro data centres' energy efficiency. At Zella DC, we’re committed to empowering businesses with solutions that are both high-performing and environmentally responsible. Explore the future of energy-efficient data management: https://hubs.la/Q02XFXpL0 #EnergyEfficiency #Sustainability #MicroDataCentres #EdgeComputing #DataManagement #ZellaDC

As we navigate the digital age, the vast network of data centers that powers our online lives has become a significant contributor to global energy consumption. These sprawling facilities, once the backbone of our digital infrastructure, are now a major source of greenhouse gas emissions. However, a shift towards server energy efficiency offers a glimmer of hope for a more sustainable future. By optimizing hardware designs, leveraging renewable energy sources, and implementing innovative cooling systems, data centers can reduce their energy footprint and mitigate their environmental impact. Learn how to make your data centers more energy-efficient and sustainable. 🌎 #Sustainability #GreenTech #DataCenterEfficiency

Data Center Sustainability: 5 Overlooked Strategies for Improvement Summary: The article highlights five innovative strategies for enhancing data center sustainability, going beyond conventional methods like renewable energy sourcing and energy-efficient systems. These strategies offer advanced solutions for minimizing carbon footprint and optimizing energy efficiency: 1. Low-Carbon Concrete Construction: Microsoft's initiative to source low-carbon concrete for data center construction is a novel approach. Standard concrete contributes significantly to carbon emissions, so using alternative concrete formulations can reduce the carbon footprint of new data center facilities. 2. Data Center Roof Updates: The material and color of a data center's roof influence its heat absorption from the sun. By installing reflective roofing, data centers can improve energy efficiency, reducing the load on HVAC systems and thereby conserving electricity. 3. Beyond Conventional Generators: Data center operators like Equinix are exploring alternative generator technologies compatible with a broader range of fuels, including green hydrogen. This shift from fossil fuels to cleaner energy sources can gradually reduce dependence on 'dirty' energy. 4. Tracking Sustainability Metrics: Implementing sustainability technologies is effective only when their impact is quantitatively measured. Adopting a sustainability framework and performing metrics-based assessments of sustainability outcomes helps confirm the effectiveness of these investments and guides the industry towards proven sustainability enhancements. 5. Repurposing Existing Buildings: Constructing new buildings is carbon-intensive. Repurposing existing structures for data centers can result in lower total energy expenditures and carbon emissions. Although retrofitting existing buildings with the latest energy-efficient technologies can be challenging, it may offer greater sustainability benefits than constructing new facilities. In conclusion, advancing data center sustainability requires thinking beyond basic practices and embracing more sophisticated and creative approaches, as these strategies illustrate. The Sustainable Tropical Data Centre Testbed (STDCT) https://lnkd.in/gSYAgZyS exemplifies this innovative approach by repurposing a 40-year-old power substation. It incorporates heat reflective paint and plastic piping for lower carbon emissions. With plans to use digital twins for tracking sustainability and integrate alternative generator technologies, STDCT represents a balanced and realistic approach to eco-friendly data center operations. #DataCenterSustainability #LowCarbonConstruction #EnergyEfficientDesign #GreenEnergySolutions #SustainabilityMetrics #EcoFriendlyInfrastructure #InnovativeEnergyPractices #SustainableIT #ClimateFriendlyDataCenters #TechIndustrySustainability

#Green #datacenters are transforming the #techindustry by implementing #innovative strategies to boost #efficiency and sustainability. First, they utilize #renewableenergy sources like wind and solar to reduce carbon #footprints. Second, advanced cooling techniques, such as liquid immersion and free #air cooling, minimize #energy consumption. #electronicsnews #technologynews

The surge in #energy costs and mounting concerns regarding climate change are compelling both consumers and utilities to embrace energy-efficient solutions. A #digital smart #meter represents a technologically advanced electronic device utilized for measuring and overseeing energy usage across residential, commercial, and industrial environments. Furthermore, many businesses have committed to sustainability objectives aimed at reducing their #carbon footprint. Energy monitoring plays a pivotal role in tracking progress towards these goals, providing the necessary data to assess performance and make adjustments as required. #energyefficient #energysolutions #climatechange #greenhousegas #carbonfootprint #smartmeter #ksi #marketforecast #researchreport #eletronicdevice #energyusage #energymonitoring ABB Holley Technology Ltd. Networked Energy Services (NES) Corporation Schneider Electric View complete market forecast here : https://lnkd.in/gH_jXpSx

Did you know data centers use 10-50 times more energy per square foot than a typical office building? We recently collaborated with our partner itty bit Better on an article for Mission Critical Magazine discussing the energy pyramid, which consists of conservation, energy efficiency, demand management, and renewable energy in ascending order (from the bottom up). Check out our article, where we hit on sustainability goals and energy use — both for the associated costs and protecting the planet.  https://lnkd.in/ddRitDFU #datacenter #datacenterefficiency #sustainability #datacenterenergy #datacentersustainability

We loved working with the team over at Data Specialties Inc. and Mission Critical Magazine! Check out our collaborated post: A Renewed Look at Data Center Efficiency https://lnkd.in/ddRitDFU ❗ Data Centers are a huge and growing industry of energy consumption. Understanding where to start is critical in tackling the impact. 🔌 Reducing energy consumption can feel overwhelming with all the information out there today, but by understanding how each improvement fits into a different step can make improvements a lot more manageable. ✅ It's also important to understand that energy efficiency and sustainability are not all about solar, there are so many smaller steps that can be taken to make our efforts an itty bit Better 🤓. #datacenter #datacentersolutions #datacenterefficiency #energy #engineeringexcellence #ittybitbetter #everyittybitcounts

7 Energy Efficiency Lessons Industries Can Learn From Data Centers Data centers are leading the charge towards a greener, more sustainable future. From optimized cooling to renewable energy integration, they’re paving the way for eco-friendly practices across industries. Learn how their efforts are shaping a sustainable tomorrow for generations to come. Summary: Data centers are at the forefront of promoting sustainability through efficient practices like optimized cooling and renewable energy use, setting a benchmark for other industries to follow for a sustainable future. Key Points: Cooling System Optimization: Data centers significantly reduce heat and improve performance through advanced cooling technologies and airflow management, setting an example for energy-intensive industries. Renewable Energy Integration: Increasing adoption of renewable sources like solar and wind demonstrates how industries can reduce carbon emissions and enhance sustainability while achieving long-term savings and energy independence. Efficient Hardware Design: By selecting energy-efficient hardware and leveraging virtualization, data centers optimize performance and decrease power consumption, providing a model for technological and environmental efficiency. Intelligent Energy Management System Adoption: Advanced analytics and machine learning enable precise energy management, significantly cutting energy use while maintaining operational excellence, illustrating the power of smart technology in sustainability. Waste Heat Recovery: Innovative heat recovery systems in data centers utilize waste heat for other applications, showcasing how industries can enhance efficiency and environmental impact simultaneously. Lifecycle Administration and Recycling: Comprehensive lifecycle management and effective recycling practices in data centers emphasize the importance of sustainable practices throughout the product lifespan, reducing overall environmental footprints. Collaboration and Knowledge Sharing: Through cooperative initiatives and sharing best practices, data centers foster a culture of innovation and collective problem-solving, underscoring the role of community in achieving sustainability goals. Data centers are leading by example in environmental sustainability and energy efficiency. By adopting their strategies, other industries can contribute to a greener future, enhancing both operational efficiency and sustainability efforts. These lessons are crucial for paving the way towards a more sustainable industrial landscape. #DataCenters #Sustainability #GreenTech #EnergyEfficiency #RenewableEnergy #CoolingOptimization #WasteHeatRecovery #SustainableCooling #EfficientHardware #IntelligentEnergyManagement #LifecycleManagement #EnvironmentalStewardship #Innovation #Collaboration #TechForGood #FutureReady

With European #datacenters on track to reach 3.21% of electricity consumption by 2030, how we manage our energy consumption is becoming a defining factor for success. The recently updated EU Energy Efficiency Directive (EED) introduces stricter guidelines for data centre's in a push towards #sustainability. Learn more about EED and its implications in this recent blog by Alison Matte: http://spr.ly/6042VvGow

The New Energy Efficiency Directive (#EED), published in March, introduces a series of measures to help accelerate energy efficiency across various sectors. In fact, #datacenter owners and operators are expected to report on metrics specified by the EED starting in September. At Schneider Electric we're committed to assisting our customers in meeting these requirements through the use of our DCIM solutions. As my colleague Alison Matte highlights in her article, these are some key benefits of implementing EED requirements: 1️⃣ Reduced energy costs by optimizing energy consumption and adopting efficient technologies. 2️⃣ Environmental protection by reducing greenhouse gas emissions and contributing to a more sustainable industry, which also offers improved competitiveness and public image. 3️⃣ Enhanced resiliency by reducing the strain of data centers on the grid, contributing to a more resilient infrastructure and grid. If you want to learn more about #EED implications for the data center market, I highly recommend to you to read her article: https://lnkd.in/eWHxMk_w