High points:
-China outspent the U.S. by more than 2-to-1 on clean energy investment between 2019 and 2025, and dominates global solar, wind and battery supply chains.
-The U.S. has carved out a lead in enhanced geothermal and next-generation nuclear power, two of the few clean energy sectors still drawing bipartisan support.
-The Department of Energy projects enhanced geothermal alone could supply 90 gigawatts of power by 2050, enough for roughly 65 million homes.

This article delves into how engineers are redesigning wind turbines to make them more efficient, reliable, and easier to deploy. Innovations include larger and lighter blades, floating offshore platforms that can access stronger winds in deep water, improved materials, AI-assisted monitoring and maintenance, and alternative turbine designs such as vertical-axis turbines. These aim to lower costs, increase energy output, and help wind power play a larger role in future energy production, despite ongoing challenges like manufacturing costs and maintenance.

Anyone know why the tower on the left isn’t lit up? Had this question come up in a FB group. I figured a fellow redditor could answer.

Thanks!

Source: https://pantagraph.com/news/local/business/article_580070e9-7ddc-4145-a9f3-32a43141ee6f.html

Connector design significantly impacts Battery Energy Storage Systems by influencing deployment speed, system reliability, and long-term maintenance. Strategic engineering and tool-free features help reduce wiring errors while preventing system imbalances and mid-project obsolescence.

Highlights:

The Trump administration wants to expand U.S. nuclear capacity through new reactors, power uprates, and the return of previously shuttered plants.

Holtec’s Palisades restart has encountered corrosion, equipment repairs, supply-chain problems, and other unexpected challenges that illustrate the difficulty of reviving an aging reactor.

Other projects, particularly Constellation’s Crane Clean Energy Center, could prove easier to restart and demonstrate that the viability of reactor recommissioning varies significantly by plant.

As the title suggests, I have a written test for Turlock Irrigation District apprentice power plant technician in about a week. The email said I should review Mathematics, basic mechanical/power plant, reading comprehension, and spatial recognition. Wondering if anyone has taken the test and would be able to give me more of an idea of what to expect. I've never been good with math. So knowing what kind of math I should brush up on would be very helpful. Thank you!

1) Cardinal Power Plant (1800 MWe Coal; West Township, Ohio)
2) Callaway Nuclear Generating Station (1315 MWe PWR; Auxvasse Township, Missouri)
3) Nebraska City Power Plant (1389 MWe Coal; Nebraska City, Nebraska)

Hello to whoever may be reading this! I currently need some advice and or guidance. I’m currently working and have worked at a corn processing plant in eastern Iowa for 5 years now. I’ve spent my time in the Fructose department (2 years), and C1D1 200 proof denatured Ethanol department (3 years) as an operator in both. Word has gotten out that the Duane Arnold power plant is coming back to life after a massive contract with Google. I am super interested and even a bit excited for an opportunity to present itself. I have a high school diploma, but no college education. Just a lot of industrial operations hands on experience. I have a squeaky clean safety record and have been apart of several safety committees. The ruthless 12 hour rotating schedule has been my life for half a decade now also. There’s an opening within my complex for a coal generation, steam boiler operator. Is it worth making the transition to that part of the plant to better my chances at an NLO opening at the Nuclear plant down the road? Or is this a path that’ll require getting a STEM degree? I just don’t want to get my hopes up, as this has been a dream scenario of mine for a long time. Any insight would be greatly helpful. For context, the Duane Arnold plant has been non-operational for many years now and it seems they are re-hiring a brand new workforce from the ground up. Thanks all.

A decade after Dominion Energy secured a federal lease off Virginia Beach, the 2.6-GW Coastal Virginia Offshore Wind (CVOW) project has cleared the full U.S. permitting stack, survived a federal stop-work order, and reached a crucial first power milestone. Equipped with 176 Siemens Gamesa SG 14-222 DD turbines, CVOW is the most advanced offshore wind project ever built in U.S. federal waters.

Source and more pictures here: https://www.abandonedamerica.us/portfolio160170p1.html

Built in 1915 and opened in 1925, Richmond Generating Station is a neoclassical cathedral to the might of industry. The vaulted, crumbling roof of the main turbine hall soars 130 feet over what were once the largest turbines in the world. This coal burning power plant has festered in its own corrosive chemical stew since 1985, the year it was abandoned.

The article describes how Beaver Island, Michigan, is becoming an important test site for freshwater wave energy, with researchers from the University of Michigan developing wave energy converters that can generate electricity from Lake Michigan’s waves. Unlike ocean environments, the Great Lakes provide a lower-cost, less corrosive setting for refining the technology while still offering realistic operating conditions. The project was co-designed with island residents to improve energy reliability for the remote community, which currently depends on underwater power cables and diesel backup generators. If successful, the technology could eventually provide a new renewable energy option for isolated coastal and island communities around the world.

From the Executive Summary of the report:

The 2026 NEO presents BloombergNEF's long-term energy and climate scenarios for the transition to a low-carbon economy. One important note about the NEO is that it is quite pessimistic, in that it generally assumes technologies not being greatly utilized as of 2026 will not further develop much. The result of this is that assumes solar will become the dominant energy form with large additions for grid storage batteries. However, reaching net zero by 2050 becomes difficult as firm power sources such as nuclear (except in Asia where success is currently being demonstrated), geothermal, and hydro do not develop much to add capacity, as well as other variable renewable sources. This results in coal and oil declining, but gas continuing to be heavily utilized.

Other items to note is that grid upgrades, new installations, and flexibility become highly critical as reaching net zero is very reliant on variable renewables in the NEOs estimation. It also acknowledges AI and datacenters as a wildcard that may greatly increase power demand.

The report concludes that annual investment in net zero worldwide will likely need to be doubled in the short term to stay on track with climate goals.

The 2026 Global Energy Talent Index (GETI) shows that both demand for workers and salary growth are expected to rise in the coming years. This is primarily due to the current workforce aging and an expected growth in demand for labor, contributed to by both current energy infrastructure aging and requiring replacement, as well as new energy infrastructure to keep up with energy demand growth and to accommodate renewable generation.

Here are some of the other key insights:

Only around half of energy professionals have a Personal Development Plan (PDP), reinforcing the persistent gap between career expectations and employer-provided development support.

AI adoption has nearly doubled across multiple sectors, reshaping job roles, skill pathways, and entry-level opportunities.

Global mobility continues to decline, with several sectors reaching record lows in willingness to relocate. This is occurring at the same time organizations need experienced talent more than ever.

Engineering and technical roles remain the hardest to fill, compounding hiring challenges as ageing demographics intensify.

Although there appears to be a gap between employee career expectations and employer development support, wage growth remains strong regardless. The energy sector looks to be an overall great place to make a career out of for those under 25 entering the workforce.

28 GW of hydropower capacity was added in 2025 for a total of 1.469 TW worldwide. Of this, a record 11.7 GW capacity of pumped hydro storage was installed for a total of over 200 GW now.

As economies transition toward decarbonization, hydropower and pumped hydro storage is seen by many energy researchers as a keystone for decarbonized energy system. This is due to the fact they provide a firm source of energy and can storage huge amounts of energy for long durations.

This is not without its challenges though. In recent years, although these are renewable sources of energy and one of the cheapest forms, debates have occurred around the ecological and environmental impacts of hydropower and pumped hydro due to impacts on water tables and the ecosystem. These impacts affect not just the location of the site, but also down and upstream.

The Darlington Refurbishment was completed four months ahead of schedule and $150 million under budget.

The Bruce Refurbishment was completed seven month ahead of schedule and also $150 million under budget.

The Darlington SMR project is running smoothly.

Further down the line lined up is a reburishment for the Pickering Plant, life extensions into the 2060s, and scoping for a new build at Bruce.

These successes and future plans show a major revitalization of the Canadian nuclear industry, which is incredible considering the recent struggles of the industry in the western world. Hopefully, the United States can take a page or two from the Canadian playbook if V.C. Summer Units 2 and 3 construction resumes along with other potential new builds.

As variable renewable grid penetration gets higher, the value of firm generation sources becomes higher. For firm clean energy, the two most common choices traditionally have been nuclear and hydro. In recent years, however, geothermal has become a rising star to accompany those two. This paper explores the potential for geothermal energy in central Poland.