Electria Group

Our team would like to wish our American renewables folk a very Happy Thanksgiving! Here's to good food, great company, and a well-deserved break⚡ #ElectriaGroup #Thanksgiving2025 #Gratitude

⚡The Future of Renewable Energy is Getting Smarter ⚡ As wind and solar generation expands globally, accurate forecasting has become mission-critical for grid operations. The challenge is that nature's inherent unpredictability makes traditional single-value forecasts increasingly inadequate. Enter the Context-Aware Conformal Prediction (CACP). New research from Georgia Institute of Technology introduces a game-changing approach that's already demonstrating impressive results: ✅ 12% improvement in forecast accuracy across major US power markets ✅ Up to 2x better at quantifying uncertainty compared to traditional methods ✅ Delivers intelligent uncertainty ranges rather than risky single-point predictions 👇 Continue reading our weekly newsletter and find out why it matters and how the focus is shifting to AI-powered forecasting tools Stay in the loop! #RenewableEnergy #AI #MachineLearning #GridModernization

🚨 How many people does it take to build a 300 MW data center? 🚨 👷♀️ Try 800-2,000 personnel on site during peak construction. 👷♂️ Utility-scale energy projects? 150-300 specialists across the lifecycle. 🗓️ Here's the challenge: one missing commissioning superintendent or protection engineer can delay your entire schedule by months. ⚡ We break down the numbers, and why securing the right specialists at the right time is everything. 👇Read more 👇 #EnergyRecruitment #DataCenters #MEP #RenewableEnergy

⚡ The next battery breakthrough won't come from new chemistries—it'll come from how we build the cells. 👩🔬 A new Nature Communications study shows how synthetic boundaries embedded in thick electrodes solve a critical trade-off: high energy density without sacrificing performance or cycle life. ❗ The result: ~420 mAh cm⁻³ volumetric capacity with 92.7% active material loading—exactly what stationary storage needs. Why it matters: - Battery innovation has focused on weight (energy per kg) for EVs. But grid-scale storage cares about volume, footprint, and cost per cubic meter. - Manufacturers who can scale thick, dense electrodes will win in microgrids, C&I storage, and long-duration systems where rack space is expensive. The competitive edge now? Integrating materials, architecture, and manufacturing—not just tweaking chemistry. ⚡ At Electria Group, we're helping clients navigate this transition with the right talent and insights. 📩 info@electriagroup.com 👇 Full analysis in our weekly newsletter 👇 #EnergyStorage #BatteryTechnology #IndustryInsights #ElectriaGroup

⚡ As part of our Q&A series, we asked our Director of Projects, Mike Q.: Q: "What work experience would you recommend to engineers looking to transition across markets to BESS, grid and interconnection projects?" A: "An EPC or field-based experience would help you to develop a strong knowledge base and appreciation for projects. With today’s market, getting on an energy storage project could position you well for the coming years". Hiring managers, engineers, hyperscalers - What questions do you have for our consultants? Drop them in the comments below! 👇 Find other Q&A posts on our Instagram and X: https://lnkd.in/eH3vQp7N https://lnkd.in/ek2jhxCd #grid #energyprojects #modernization #solarpower #renewablejobs #engineeringjobs

♻️Recycling doesn't just mean throwing your used cereal box in the right bin - in batteries, the future might be less about breaking down and more about fixing up. Sharing our Direct Recycling of NMC Cathode Scrap for National Recycling Day: 🔋 A recent study shows NMC cathode scrap can be regenerated through a simple two-step process: soak it in lithium solution, then bake at 400°C. The result? Nearly original performance without the energy-intensive pyrometallurgy or complex hydrometallurgy that traditional recycling requires. The unexpected win: residual carbon black from old electrodes doesn't ruin the process - it actually stays useful. One less expensive purification step for recycling plants to worry about. With EU regulations mandating 90% recovery for key metals by 2027, the race is on for cleaner, simpler pathways from battery waste back to cathode. 👇 Read more: https://lnkd.in/eBfH6K8K Happy Recycling Day USA! 🇺🇸♻️ #BatteryRecycling #CircularEconomy #Sustainability #NationalRecyclingDay

✨Client feedback that makes our day✨ "Consistently delivered high-quality candidates who meet our technical and cultural needs..." 🎯 This is exactly why we're passionate about what we do. Building the right teams isn't just about filling roles, it's about understanding your technical requirements, your culture, and the market landscape. 🤝 Grateful to work with clients who value quality as much as we do. #RenewableEnergy #TalentAcquisition #EnergyStorage #CleanEnergy #ClientTestimonial

👷♀️ Job Available | Electrical Engineer | Brooklyn, NY, USA 👷♀️ 📈 Jack Hulse is supporting a tight-knit company looking for an Level II or III Electrical Design Engineer to join their team in Brooklyn, New York 📈 Interested? Send us your resume: j.hulse@electriagroup.com // info@electriagroup.com 📩 If you have any questions, don't hesitate to drop us a line 📩 #ElectricalEngineering #ComputerScience #ElectriaGroup #JobsNewYork

🔬 3D imaging is revolutionizing battery design by revealing where ions actually go inside working batteries. 🔋 Breakthrough science from Imperial College London: • Operando X-ray Compton scattering combined with computed tomography (XCS-CT) is giving the world its first real-time, 3D view of lithium-ion distribution and interfacial dynamics as batteries charge and discharge.  • Works under realistic operating conditions; no vacuum or static samples needed. • Reveals migration patterns through particles, separators, and interfaces. ⚡ The impact: Researchers can now link microstructure design directly to performance losses, bridging the gap between materials development and manufacturable cell design. 👇 Read The Electria Perspective in the article below 👇 #BatteryTechnology #LithiumIon #MaterialsScience #EnergyStorage #BatteryResearch #ElectriaGroup #CleanEnergy

👇 A big thanks to our Director of Projects Mike Q. for taking the time to share his thoughts featured in our latest article discussing the AI boom and it's power problem. ⚡ Every new AI data center consumes as much energy as a small city. But the grid can't keep up—we're seeing 3-5+ year interconnection queues become the norm. 📊Our analysis covers the infrastructure gap, interconnection realities, and the renewable energy paradox facing continuous operations. Are you seeing interconnection timelines accelerate or slow down in your region? Let us know! #AI #DataCenters #EnergyInfrastructure #ElectriaGroup