Vertiv’s Post

Data centers use 2% of global electricity and are expected to double their usage by 2026, challenging efforts to meet #energy demands and reduce carbon emissions. By leveraging solar and wind DERs, #microgrids can provide reliable, low-carbon power for mission-critical operations. Discover how microgrids are supporting the #datacenter industry. Read more. http://ms.spr.ly/6045laqu5

This opinion piece by John Mills reinforces what I have observed and posted over the last few years. While renewable energy may be desirable, unfortunately its timely development and deployment is not. Take two minutes to read this article about the tensions between zero emissions and data center needs. Renewables’ Head-On Collision With Reality https://lnkd.in/e_Gswhu3

Microgrids have been a hot topic. 💭 In simple terms, a microgrid is a self-efficient #Energy system that can run independently and "island" themselves from the main power grid. Why should #Utilities show interest in microgrids? If the main power grid has an outage, the microgrid can rely on distributed energy resources (DERs), such as wind energy or #Solar PV, to keep generating electricity. 💡 Microgrids were initially adopted by hospitals and data centers and have since been expanding to remote areas, college campuses and other areas. How does Itron play a role in #Microgrids? Itron thought leader, Nick Tumilowicz, highlights how Itron's Grid Edge Intelligence solutions can provide real-time control of #DERs, which is crucial for maintaining grid operations during outages. More from POWER magazine. ⬇️ https://bit.ly/3RLzlIa

Reuters Events’ latest whitepaper “Data centers creating solar and storage hotspots” will enable you to seize the unprecedented US solar and storage markets opportunity. Get your free copy here- https://bit.ly/4fEQk92 What to expect from the whitepaper: 💡Discover if the solar and storage markets are projected to secure long-term demand in data centers and the challenges that transmission availability holds when siting 💡Find out if the technology giants committed to decarbonize data centers such as Meta and Intel will change the standards of PPAs as they offset energy consumption with 100% renewables 💡Assess today’s feasibility of hyperscaling solar and storage growth through long-term PPAs to deliver uninterrupted clean electricity #solar #batterystorage #SS24

#DataCenters require higher load capacity to meet their #energy needs. Spencer Littleford Kimball recently covered the topic for CNBC. Competitive #energy markets are a solution to the ever-growing power demand stemming from data center and electrification growth. Read our blog post to learn more about how #energychoice can address demand. “In competitive markets, large commercial and industrial companies like Google and Meta can purchase renewable power to meet their sustainability goals and participate in programs that enhance grid stability.” https://lnkd.in/eNPrdGpg https://lnkd.in/gDzPP82t

Data Center What Type of Distributed Energy Resources is Proper for the Data Center? as we know Data Centers are a big energy consumer in developed countries. more than 2.6 % of electricity generation is consumed in data centers of the European Union. On the other hand, it will be expected due to the huge market size (about USD 16.99 billion in 2023). last day we challenged different structures of DER in the Data Center at a meeting organized by Dear Mike Brisbois, PE. Renewable energy resources like Solar, Wind turbines, FC, BESS, and HESS are some of the popular resources that data Center owners use today. The choice of  DERs depends on geographical opportunities, access to resources, and the overall project's financial attractiveness. Also, attention to environmental requirements is another element we should consider during designing DER for data Centers. #cleanenergy #datacenter #cleanpower #electrical_engineering #distributed_energy_resources #microgrid #smartgrid #energymanagement

🔌 Is Your Grid Ready for the Renewable Surge? 🌬️⚡ 65% of utilities are facing power quality issues as more solar, wind, and DERs come online. And only 18% are measuring backfeed accurately! ⚠️ Don't let outdated tools leave your grid vulnerable. Discover how optical sensors and demand flexibility can transform your operations. Read our white paper for insights straight from industry leaders. 👇 #SmartGrid #RenewableEnergy #PowerQuality #UtilityInnovation #GridReliability #DemandFlexibility 📖 https://hubs.la/Q02PGNVY0

As solar generation and use increases, batteries are a key solution spanning low voltage networks through to zone substations and even sub-transmission networks. Dependent on the scenario, batteries can enhance power quality during peak demand, alleviate network constraints or ensure grid efficiency. Given the emerging nature of batteries, we're trialling different battery solutions to learn more. Here our Non-Network Solutions Manager Warwick Crowfoot offers valuable insights into batteries and how they are shaping the future of energy. Learn more about: > Different battery types: https://bit.ly/3VKQe7Y > Network Batteries: https://bit.ly/3VycxfM > The Sovereign Hills Network Battery: https://bit.ly/3VM139X #futurenetworks #batteries #sustainableenergy

Solar energy is now the fastest-growing electricity source as major tech companies pursue #CleanEnergy for their data centers. This shift not only drives solar innovation but also sets a powerful example for #SustainableEnergy practices. https://buff.ly/3XtDKmq #TechInnovation

According to LBNL, hybrid power plants, particularly #solar-battery hybrids, are becoming increasingly popular amongst U.S. developers. By the end of 2023, these plants made up 55% of active utility-scale solar and 52% of active utility-scale #energystorage capacity on the interconnection queue. Hybridization is expected to continue, as solar’s generation patterns align with the peak electricity demand. For more details, read here: https://ow.ly/Gi8J50TPIWN