Albert Einstein Mx (MBA)’s Post

Conventional solar cells lose power over time because of corrosion and breakage, along with many other common problems. The unique design of Maxeon solar cells eliminates many causes of conventional cell failures. So your solar panels — and savings — continue to deliver. Year, after year, after year. Learn more about how Maxeon technology combats common problems with conventional solar panels here: https://bit.ly/3zb6HJN

That’s a practical use of robot..

🍀 #Spring arrives with negative electricity prices across Europe, but there is still some congestion on the distribution grid in the mornings and evenings. How can #EVs improve the situation? 📢 Join us today for a webinar on #Smart and #Bidirectional Charging to learn how EVs can support decarbonisation and grid resilience at lower cost. Organised by INCIT-EV 11:00   INCIT-EV Introduction    CIRCE - Miguel Zarzuela - Project Coordinator 11:10   Aggregated Smart Charging, a grid congestion solution? Bram van Eijsden (TotalEnergies) and Bob Eldera (GreenFlux) 11:25   V2G – AC vs DC bidirectional chargers Robin Berg (We Drive Solar) and d Antonio Muñ (CIRCE - Centro Tecnológico) 11:50  Panel discussion with the automotive industry STELLANTIS, IVECO, TOTAL, GREENFLUX, We Drive Solar, CIRCE Olivier Bouttaz, , Damien Pierre SAINFL (Stellantis), , Gianluca Dona (IVECO) and previous panelists 12:30  End of webinar Registration link: https://lnkd.in/dhrb7gJx

Many beneficial technologies can also cause unintended adverse effects, or risks. As electric vehicles, solar energy, and efficient homes are deployed to create a lower-carbon future, it is essential to characterize and prepare for any risks they may raise, said IGS Director Benjamin Sovacool recently at The Ostrom Workshop, which convenes experts in governance to discuss pressing global issues. 🔊 Below, listen to Dr. Sovacool share more about the impetus behind his recent paper, which offers a more complete inventory of risk–risk tradeoffs than has previously been available. Learn more: http://spr.ly/6045Xqqmb

Join us for a webinar on the next generation of energy systems, designed to be smarter and more flexible than current models. 💡Hear firsthand from the experts at Mistra Electrification, Chalmers University of Technology and Göteborg Energi – and learn how our software can breathe new life into older buildings. We'll be covering questions like; ✔️ How much flexibility will heat pumps offer? ✔️ What type of documentation, monitoring, and reporting on electricity and heat is required to take control of and reduce energy use? ✔️ What is required to get access and control over the technical installations to monitor and control energy use? And more! Register here ⬇️ https://hubs.li/Q02wVFSN0

💻 Hope everyone can join in to this WECC webinar next week where we'll be discussing the fundamental yet critical topic of ride-through capability for inverter-based resources #IBRs. This may be the most important of all essential reliability services - the system is held together by the continuity of generation during large disturbances. When those generators unexpectedly trip or respond abnormally to grid events (e.g., lightning strikes, trees hitting lines, equipment failure, natural disasters, smoke, etc.), this can be a very serious risk to grid reliability. I'll be talking about key findings from my past work at North American Electric Reliability Corporation (NERC) investigating the Blue Cut Fire (2016) all the way up to the latest Southwest Utah solar event (2023); new perspectives in my new role at Elevate Energy Consulting; and how enhancing interconnection requirements can be advantageous for both the transmission and generation sides to expedite the queue, bring clarity where there presently is opacity, and improve operational performance. #gridreliability #inverters #resilience #webinar #wecc #nerc #ferc #outreach #education

During the month of March 2024, from the 20th to the 22nd, FEBUS Optics teams will have the pleasure of participating in the Wind Europe exhibition in Bilbao, Spain. Come and meet us during these two days at our booth to discover our solution, FOGrid, designed for companies in the Renewable Marine Energy (RME) sector. Built on Distributed Fiber Optic Sensing (DFOS) technologies, FOGrid is our monitoring solution for offshore and onshore cables, including: ✅ Power cables ✅ Telecom cables ✅ Export cables ✅ Inter-array cables Distributed fiber optic sensing enables real-time detection along the entire length of the cable for various events, such as: 👉 Thermal events: hotspots, RTTR, abnormal temperature trends 👉 Mechanical events: suspension zones, shocks, cable movements 👉 Electrical events: partial discharges, electrical faults Monitoring begins with the cable deployment and continues throughout its operation by connecting one or more interrogators to one or more strands of optical fiber already present in the cable to be monitored.

join the Batteries Europe plenary session to learn more on what's new in the battery ecosistem.

From June 13 to 14, 2024 the Vibration of Wind Turbines Symposium is taking place in Hamburg. The insightful program is covering a broad range of issues, but especially focuses on innovative solutions and practices to further enhance the reliability, robustness and efficiency of wind energy systems. 💡 We are happy to announce that Alexander Kari, Business Development Manager, will be on site, discussing the simulation and analysis of dynamic behavior. He will present “Powertrain-Integrated Technologies for Effective Tonality Mitigation”, a paper that was developed in collaboration with Stephan Lange, Manager R&D Vdamp, and Martin Cardaun, Chair for Wind Power Drives, Group Lead Plant Design, RWTH Aachen University. The main points of discussion are the following: 👉 Challenges with direct-couple, highly integrated powertrains 👉 Dynamic systems behavior of powertrains 👉 Investigations on noise and tonality relevant wind turbine vibrations 👉 Mitigation of mechanical sounds and drivetrain tonality #geislinger #windpower #innovation #builttolast

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