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Avangrid Celebrates Completion of Solar Module Production at SEG Solar's New Texas Facility

Avangrid Celebrates Completion of Solar Module Production at SEG Solar's New Texas Facility

Business Wire30-07-2025
HOUSTON--(BUSINESS WIRE)--Avangrid, Inc., a leading energy company and member of the Iberdrola Group, today announced the successful assembly of over 200,000 solar modules manufactured by SEG Solar at its newly commissioned facility in Houston, Texas. These modules will be deployed at Avangrid's 166 MWdc (120 MWac) Tower Solar project in Morrow County, Oregon, which will deliver energy to the Portland General Electric (PGE) power grid and support Meta's data center operations in the region. Avangrid is the first utility-scale customer to receive modules from SEG Solar's new U.S. manufacturing plant, a milestone that underscores both companies' commitment to strengthening the domestic energy supply chain and bolstering American manufacturing. The facility, located in Houston, currently employs more than 300 people and will create over 500 jobs at full capacity.
'Domestic partnerships are critical to meeting rising demand, and by leveraging U.S. manufacturing, Avangrid has an opportunity to support local jobs and economic opportunity in states like Texas, while advancing a reliable energy future powered by American-made products,' said Avangrid CEO Jose Antonio Miranda. 'Our work with SEG Solar demonstrates not only our commitment to building out the domestic supply chain, but the benefits of investing in American energy infrastructure. We are proud to see our Tower Solar project move forward with the delivery of these modules.'
"We are thrilled to have been selected as the module supplier for the Tower Solar in Morrow County, Oregon. This 166 MW project marks the third successful collaboration between Avangrid and SEG Solar, underscoring the strong relationship between the companies,' said Logan Fang, Vice President of Key Accounts. 'SEG Solar looks forward to seeing its premium 630Wp high-efficiency Yukon N Series Solar modules installed and operational in the Pacific Northwest."
SEG Solar inaugurated its new Houston module plant last summer and began manufacturing modules for Avangrid in early 2025. The 250,000 square foot facility represented a $60 million investment in the U.S. and can achieve annual production of 2 GW.
Avangrid's Tower Solar project is currently under construction and is expected to be completed in 2026. The facility will deliver clean, renewable energy to PGE's grid through Green Future Impact (GFI), a voluntary program designed to help large commercial, industrial, and municipal customers meet their ambitious sustainability and carbon reduction goals through the development of new clean energy facilities in our region.
Subscribers to PGE's GFI program enroll in a bundled renewable energy product and receive the Renewable Energy Certificates (RECs) associated with the energy generated from the new facility. PGE's subscription pricing is designed to avoid cost shifting to non-participating customers.
Construction of Tower Solar will create over 200 jobs, mostly sourced locally. The project is expected to pay about $20 million in combined PILOT (payment in lieu of taxes) and property taxes which will support a variety of public services, especially schools.
About Avangrid: Avangrid, Inc. is a leading energy company in the United States working to meet the growing demand for energy for homes and businesses across the nation through service, innovation, and continued investments by expanding grid infrastructure and energy generation projects. Avangrid has offices in Connecticut, New York, Massachusetts, Maine, and Oregon, including operations in 23 states with approximately $48 billion in assets, and has two primary lines of business: networks and power. Through its networks business, Avangrid owns and operates eight electric and natural gas utilities, serving more than 3.4 million customers in New York and New England. Through its power generation business, Avangrid owns and operates more than 75 energy generation facilities across the United States producing 10.5 GW of power for over 3.1 million customers. Avangrid employs approximately 8,000 people and has been recognized by JUST Capital as one of the JUST 100 companies – a ranking of America's best corporate citizens – in 2025 for the fifth consecutive year. The company was named among the World's Most Ethical Companies in 2025 for the seventh consecutive year by the Ethisphere Institute. Avangrid is a member of the group of companies controlled by Iberdrola, S.A. For more information, visit http://www.avangrid.com.
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Why a new UK internet safety law is causing an outcry on both sides of the Atlantic
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Back To School: What Alan Turing Would Teach Kids In The AI Age

"A kid born today will never be smarter than AI – ever," Sam Altman, CEO of OpenAI, claims in the Huge Conversations podcast with Cleo Abram. Meanwhile, billions of children worldwide are heading back to school. To learn what? What do we teach children when no one knows what they need to learn? How do we prepare them for a world where AI is designed to outsmart them? Where even computer science graduates trained in developing and dealing with AI struggle to land jobs? In April 2025, President Donald Trump signed an executive order, 'Advancing Artificial Intelligence Education for American Youth,' adding to the widespread assumption that promoting Al literacy and proficiency is the answer to what kids, educators, and anyone else aspiring to a job in the AI era needs. But the father of AI saw it differently. Back To School To Play The Imitation Game In his 1950 paper, 'Computing Machinery And Intelligence', Alan Turing not only laid the foundation for the development of the AI we know today, he also made clear which jobs AI can handle and which will always call for humans. Unlike Altman, Trump, and others who think of children, education, and human work in light of AI, Turing thought of AI in light of children, education, and human work. In fact, he literally used terms like 'child machine', 'education process', and 'human fallibility' when describing how to build 'learning machines'. And while we now ask what and how to teach children to navigate an AI world, Turing asked what and how to teach a digital computer to navigate a human world. His answer was to teach his child machine to play the so-called 'imitation game'. 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And the more I think about it, the more brilliant I think it is. By designing AI to only replace player A, Turing didn't have to worry about whether or not machines can think (the question he opens the article with but later dismisses as 'too meaningless to deserve discussion'). All he had to do was design a machine to imitate the player who is already imitating. Just as a man pretending to be a woman will make things up when answering questions he has no knowledge of – like how it feels to have a period or give birth – Turing's child machine doesn't need to know what it's talking about in order to play the imitation game. It just has to convince its human interrogator that it does. And that's probably the first thing Turing would teach kids in the AI age: to understand the difference between knowing what you're talking about and convincing others that you do – and to see the value in and the need for humans to strive for the former. Back To School To Strive For The Truth (Player B) By designing AI only to replace player A, Turing left the roles of player B and player C to us humans. And if he were asked how to prepare children for a world where AI is designed to outsmart them, it's likely that's exactly where he would focus: on strengthening their ability to play the role of B and C in the imitation game. Surrounded by technology that is fundamentally designed to deceive, children must think of themselves as born to B) tell and help each other uncover the truth, and C) ask questions to discern and determine who and what to trust. Unlike Turing's child machine, humans are not designed or programmed to play a role in a game. They can play different roles in different games, and they can come up with games themselves (just as Turing did). The very fact that we distinguish between a game and a duty speaks volumes of human ingenuity. 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Inside the chopper that NATO warships lean on to find Russian submarines
Inside the chopper that NATO warships lean on to find Russian submarines

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Inside the chopper that NATO warships lean on to find Russian submarines

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Royle said that the sonar system can be dropped into the sea at "a big depth;" he declined to say how deep. "That allows you to exploit the water column in order to get the massive ranges for sonars to be able to potentially detect submarines." Dutch Cpl. Duncan, a NH90 maintainer with the De Ruyter who was only authorized to use his rank and first name for security reasons, told Business Insider that by deploying both the sonar and the buoys, "you can determine the exact spot and triangulate where something — or someone — could be." The NH90 helicopter can also operate in bad visibility, which can be a challenge in the Arctic region, making it an important tool in countering Russia's submarine force. Russia fields one of the largest submarine fleets in the world, with an estimated 64 active boats. Dozens of boats belong to its Northern Fleet, based in the Murmansk region along the Barents Sea. 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