How data centers strain local electric infrastructure and the need for a coordinated construction workforce

If you're planning major infrastructure projects, remember this: you’re not just building a facility—you’re triggering a chain reaction. As TechCrunch reports in their piece on Yottar, data centers are testing the limits of local electric infrastructure. These high-capacity builds require grid modernization, smarter load distribution, and often entirely new substations. That’s the future—and it demands a highly coordinated construction workforce across disciplines. We place skilled professionals in electric, civil, and general trades to meet these rising needs. Because when one sector expands, the whole system follows. 👀 Read the TechCrunch article here: https://lnkd.in/er_UpmQA #EnergyInfrastructure #DataCenter #GridUpgrades #ConstructionWorkforce #Infrastructure

Can tech make our power grid smarter? Yottar's mapping tool aims to help energy users spot where upgrades are needed most—paving the way for more efficient infrastructure. Could this change how we use electricity? via TechCrunch #EnergyTech #SmartGrid https://cstu.io/30a4be #CostEffectiveStrategy #SudoXResults #BusinessGrowth #MarketingInsights #OnlinePresence #TargetAudience #BrandAwareness #AdvertisingGoals #CommunityEngagement #CustomerFeedback #Conversions #WebsiteTraffic #BrandElevation #DigitalMarketing #BusinessMarketing

Everyone’s talking about new data center demand. But the real bottleneck isn’t land or capital. It’s the interconnect queue. Projects are waiting years just to get approval to tie into the grid. In some regions, the queue’s longer than the actual construction timeline. Meanwhile demand isn’t slowing down. AI campuses are scaling faster than utilities can react. Renewables are stuck in the same line. And battery projects can’t move without approvals either. That’s why more developers are looking at on site generation and microgrids. It’s not just about cost or control... it’s about speed. If you can’t energize quickly, you can’t capture this wave of demand. The conversation used to be about where to build. Now it’s about how fast you can connect. #DataCenters #EnergyInfrastructure #Grid #PowerStrategy

Regulators need to say that data centers need to use 100% wind, solar, geothermal and batteries. No fossils. No nuclear. No grid.

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Data Centers are power-hungry, and the demand for them is growing. Can they be sustainable? EXP’s Senior Electrical Engineer Somsubhra Ghosh, PE, discusses the integration of sustainable energy sources in AI data centers. https://lnkd.in/gdXJPTtN #ArtificialIntelligence #DataCenters #RenewableEnergy

Data Center Energy Efficiency: How to Improve It ⚡ Energy efficiency is no longer optional, it’s essential. In our latest 60-second guide, we show you how to reduce waste, cut costs, and boost performance without compromising reliability. 🔥 Highlights: ✅ Optimize cooling systems ✅ Consolidate & virtualize workloads ✅ Implement DCIM software ✅ Adopt renewable energy sources ✅ Train staff in energy-smart practices 📍 phoenixNAP data centers - where energy efficiency meets innovation. 👉 https://lnkd.in/djVgVfgW #DataCenters #PhoenixColocation #phoenixNAPDC1

Data centres don’t have to be energy-hungry. Traditional facilities consume massive amounts of power, especially for cooling. Micro data centres (MDCs) change the game, offering a compact, scalable and sustainable alternative. 🌱 Here’s how MDCs improve energy efficiency: ✅ Reduced power consumption with energy-efficient components ✅ Advanced cooling systems that cut waste ✅ Lower PUE ratios compared to traditional facilities ✅ Seamless integration with renewable energy sources ✅ Edge processing that reduces transmission energy Industries like healthcare, telecom and manufacturing are already seeing the benefits, lowering costs while meeting sustainability goals. At Zella DC, we’re committed to designing micro data centres that set new standards for efficiency and sustainability. 👉 Read the full blog to explore how MDCs are shaping the future of energy-efficient data management: https://lnkd.in/gKw6QBrS #Sustainability #MicroDataCenter #EnergyEfficiency #EdgeComputing #GreenTech

In the world of critical infrastructure, power isn’t just about capacity — it’s about designing systems that balance resilience, efficiency, and long-term growth. For data centers, hospitals, and other 24/7 operations, the size of the generating unit plays a decisive role in how well an energy strategy performs. Oversized generators can drive up capital and operating costs while limiting flexibility, while undersized units may require too many machines to achieve redundancy. That’s where our 2.85MW medium-speed natural gas generator sets stand apart. They strike the perfect balance of scale and flexibility: large enough to deliver meaningful capacity per unit, yet right-sized for efficient deployment in N+ redundancy configurations. This makes it easier to design systems that achieve both uptime security and cost efficiency — without wasted investment or stranded capacity. And because they can be added incrementally, these units naturally support modular growth, enabling facilities to expand power in step with IT loads, instead of overbuilding upfront. When deployed behind the meter (BTM) at data centers, these gensets unlock even more value. Through combined heat and power (CHP) integration, waste heat can be repurposed for cooling — turning a reliability investment into an efficiency advantage. The result: lower operating costs, improved sustainability, and resilient on-site power that reduces dependence on the grid. With American-made engineering, global project experience, and custom integration expertise, Progen Industries delivers more than generators — we deliver flexible, future-ready power strategies for the world’s most demanding facilities. Right-sized. Resilient. Ready for tomorrow. Contact: info@progen1.com #EnergySimplified #TeamProgen #PowerForward #BuiltDifferent #PowerGeneration #DataCenter #DataCenterPower #AmericanMade #Generators #EPC #MediumSpeed #Redundancy #MadeInUSA

A $1bn promise for America’s grid: What Hitachi’s Virginia project means for AI data centers and jobs #HitachiEnergy #USManufacturing #GridInfrastructure #AIEnergy #VirginiaJobs