Our supporters at National Grid Partners have a rigorous type registration process to participate in project bidding across the National Grid Electric Transmission network. After testing the AECC conductor’s conductivity, strength, and tensility, they also visited our Southern California facility to learn more about the TS Conductor manufacturing process and our dedication to using the best materials available. Here’s what they had to say about our product: “The lightweight design means electrical cables can be suspended across greater distances without sagging, enabling utilities to construct shorter transmission towers and space them farther apart. That not only saves utility customers money, but it also reduces the impact of new towers on local communities and the environment.” Read more in the case study: https://lnkd.in/g3dnFvyV
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Modular Climate Infrastructure prepared for tomorrows storms, Nga Pu Toru initiative, Te Wai, Te Marama, Te Hau e hono ki Te Enua. Ngati Te Akatauira
Where electrical efficiency and resilience starts having a 21st century grid serviced by tomorrows transmission lines Reachout to learn more #grid #power #electricity #transmissionlines #solarenergy #windenergy #batteries #effectiveclimatesolutions
Our supporters at National Grid Partners have a rigorous type registration process to participate in project bidding across the National Grid Electric Transmission network. After testing the AECC conductor’s conductivity, strength, and tensility, they also visited our Southern California facility to learn more about the TS Conductor manufacturing process and our dedication to using the best materials available. Here’s what they had to say about our product: “The lightweight design means electrical cables can be suspended across greater distances without sagging, enabling utilities to construct shorter transmission towers and space them farther apart. That not only saves utility customers money, but it also reduces the impact of new towers on local communities and the environment.” Read more in the case study: https://lnkd.in/g3dnFvyV
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Are federal permitting reform legislations dead? Join our very own VP of Interconnection & Development Engineering, Bhaskar Ray at the Global Power Markets Conference this month. This session is a crucial opportunity for industry professionals to engage in meaningful discussions about the future of transmission and grid management—focusing on growth, reliability, and predictability. View the agenda here: https://ow.ly/R0OC50R5V7i
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🎉 The crucial role of our 576 #Libera instruments (#BurstingWithPride 🤩 🤭 ) Argonne National Laboratory, located near #Chicago, stands as a leading global research facility, and we're proud to be part of its initiatives. Within its walls, a circular accelerator operates, spanning 1.1 km in circumference, hosting up to 1296 electron bunches. Last year, the original Advanced Photon Source (APS) accelerator, which was commissioned in 1995, was dismantled. Over the last year, extensive upgrades of components, assemblies, and various types of instrumentation were done. The new storage ring (APS-U) uses❗our instruments❗that measure electron bunch positions (X/Y/Z) and play a significant role in delivering rapid, precise, and reliable data. Recently, the launch of the APS-U in Chicago began with impressive results — electron bunches completing loops within days! 👏 We’re so proud of the graph displaying data from our 576 instruments!! The curves represent the intensity of the electron bunches for each revolution (turn). It takes about 3.7 microseconds for the bunches to make one turn. #lightsource #EPICS #accelerator #synchrotron #science
Electrons have made their way around the new APS storage ring for the first time, a major milestone in the process of bringing the newly upgraded APS into operation! On April 13, 2024, members of the Accelerator Systems Division injected an electron bunch into the new storage ring and confirmed that it traveled the full circumference. Electron bunches injected today, April 14, 2024, have now circulated more than a dozen times. “Circulating beam around the storage ring is a major accomplishment, and the entire team – construction and commissioning – should be proud of the work done to get us to this point,” said Jim Kerby, director of the APS Upgrade project. https://lnkd.in/gZ7JyZ6w
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Aluminum plays a crucial role in electrical substations, offering a lightweight yet durable solution for power distribution. Its conductivity and cost-effectiveness make it a top choice for modern electrical infrastructure. Discover how aluminum is powering substations and keeping the grid running efficiently >> https://hubs.ly/Q02NJjn50
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NEMA’s standards guide the development of energy-efficient cooling systems and heat-resilient electrical infrastructure. Learn more: https://lnkd.in/eaZ88VVs #WorldStandardsWeek
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Live Technical Webinar: "Earth Fault Current Analysis for Complex Power Cable Transmission Lines" We will show you how to accurately calculate fault current distribution in complex transmission systems with multiple cable connections. You'll learn how fault currents return through various conductive paths and why this understanding is crucial for designing safe and economical earthing systems. In this free webinar, we'll demonstrate: How earth fault current paths affect touch and step voltages Why accurate fault current calculations are complex yet essential Techniques for gathering necessary input data Key factors that influence earth fault current magnitude Through two detailed case studies of complex power cable connections, we'll illustrate practical applications of these concepts. You'll gain valuable insights into advanced fault current calculation methods, their impact on earthing system design, and how to apply this knowledge in real-world scenarios. Register now to secure your place (spaces are limited): https://lu.ma/5e8puoit Thursday, 24th of October - 4:00 pm (AU time), 5:00 am (UK time) There will be a Q&A afterward to ask questions. Do not miss this highly interesting technical event!
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Territory Manager at Trimble Transportation | Customer focused sales and account executive helping clients modernize by educating them on future forward technology solutions.
Replacing existing power lines with cables made from state-of-the-art materials could roughly double the capacity of the electric grid in many parts of the country.
The U.S. Urgently Needs a Bigger Grid. Here’s a Fast Solution
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Article 705 covers the installation of electric power sources operating in parallel with the primary source of power. Learn more about it with this article by Code expert Mike Holt. https://bit.ly/3U68Gqi
NEC Requirements for Interconnected Power Sources
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Grid connection management is an increasingly critical area for network operators. This is a great way to see what’s leading edge.
On 6 Feb, Institution of Engineering and Technology (IET) is offering presentation on 'Enabling Self-service Grid Connections', at 6.30 pm at The Hawth, Crawley. This presentation will cover the current state of the art in in LV and HV self-service connections in UK, introduce the grid connections process and cover how DNOs are providing visibility of network capacity and calculating the cost to connect. Book your place at - bit.ly/48uvdT4 #ForThoseWhoDoMore
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Choosing the right location for your business is crucial, and having a substation on site or nearby can make all the difference. Reliable power supply ensures your operations run smoothly and allows your business to grow without limitations. Sites with a substation on site or within 0.5 miles are ready to meet your power requirements and can reduce upfront time and costs when locating your business. Click this link to view properties on the electric cooperative system with substations on site or within 0.5 miles.https://tinyurl.com/5n856pkk
