#Project rePower

[haaaaaaaaaaaave-you-met-ted]

Blue Dino Ranger by TokuJay

[dogoodenergy]

Repower Solar Projects | Do Good Energy

Maximize efficiency with Do Good Energy’s Repower Solar Projects. We upgrade outdated solar installations with advanced technology to boost performance and extend system lifespan. Reduce energy costs and enhance sustainability with our expert repowering solutions. Switch to a smarter, more efficient solar future today! For more details visit the website or call us at +1-862 803 0988

[reasonsforhope]

"Dear EarthTalk: What is wind repowering and why are environmentalists so bullish on it?

—H. King, Mesa, AZ

One of the most common forms of clean energy is wind power. People from around the world could recognize a wind farm from just one look. While wind power has been a staple in renewable energy since the idea’s inception, many of the original and old wind turbines have begun to show signs of aging. Wind repowering aims to fix this, by revamping old turbines with more efficient components, or putting in new, state-of-the-art turbines as a whole. These new components and units can reduce noise, more efficiently power a turbine, and a deliver a higher overall energy output.

Denmark, an early adopter of wind repowering, saw a 1.3 GW gain in capacity and a reduction of 109 wind turbines, enabling substantially increased wind energy production with fewer turbines. This promising data prompted a surge in wind repowering projects, and in 2019, 86 percent of wind energy projects there were classified as “repowered.”

These signs of success and scalability showed other countries the benefits of wind repowering. The U.S, with help from large energy corporations like General Electric, has more than 40 active wind repowering sites, with over 2,500 turbines having some type of renovation. This hefty wind repowering advancement is responsible for four gigawatts of energy, or the power for more than 30 million homes.

It’s no secret how fast wind repowering is growing, but upgrades can be made to many different types of renewable energy. Why do eco-advocates support wind repowering so strongly? Wind repowering has energy, financial, aesthetic and technological benefits. Not only does it make units more efficient, it also removes units that might be aesthetically unpleasing, or in less efficient spots than they could be. Wind repowering also increases the lifespan of turbines by as much as 20 years, and reduces the need for maintenance. Repowered turbines are also quieter, sleeker, and produce considerably more energy.

So, while there are many types of repowering efforts for other renewable energy sources, none are as comprehensive or successful as wind repowering. Not only is it a comprehensive option for revamping clean energy, but it does not require the entry costs that just building new wind farms requires.

The only barrier to wind repowering at the moment is legislation. Bills and policies cannot keep up with the demand for it. Readers should call local officials, or urge any nearby wind farms to look at wind repowering. Spreading awareness is the first and most important step."

-via E: The Environmental Magazine, April 26, 2024

[rjzimmerman]

Excerpt from this story from Canary Media:

Airlines are banking on sustainable aviation fuel to reduce the industry’s planet-warming pollution. But the amount of lower-carbon alternatives available to them right now represents just a few drops in an ocean of petroleum.

On Wednesday, the U.S. Department of Energy announced a nearly $3 billion effort that it said could significantly boost America’s output of sustainable aviation fuel, or SAF, over the next few years, Canary Media has exclusively learned.

The agency’s Loan Programs Office has made conditional commitments to two companies in the Great Plains region that are working to turn crops and waste feedstocks into jet fuel.

Montana Renewables, a subsidiary of the industrial manufacturer Calumet, could receive a loan guarantee of up to $1.44 billion to expand its existing renewable fuels facility in Great Falls, Montana. The company makes biofuels for planes and trucks using vegetable oils and leftover animal fats and greases. The expansion would allow Montana Renewables to produce about 315 million gallons per year of biofuels, most of which will be SAF — equal to nearly eight times the country’s total SAF production capacity in 2023.

Colorado-based Gevo is vying for a loan guarantee of $1.46 billion to build a new jet-fuel refinery in Lake Preston, South Dakota. The facility, named Net-Zero 1, would turn corn into ethanol to produce up to 60 million gallons of SAF per year. Because the ethanol-making process creates carbon dioxide emissions, Gevo is planning to capture CO2 at the refinery and send it via the proposed — and highly contentious — Summit Carbon Solutions pipeline to a storage site in North Dakota.

Patrick Gruber, CEO of Gevo, said the announcement ​“marks a watershed moment for the Net-Zero 1 project and a critical step forward” in the company’s mission to produce low-carbon jet fuel. 

The projects are the first SAF-related ventures to win the backing of the Loan Programs Office, which has issued $42.4 billion in loans and loan guarantees and made $21.6 billion in conditional commitments as of June 2024. The office is supporting other clean energy initiatives such as battery manufacturing, virtual power plants, fuel cell production, and the repowering of old nuclear plants.

The two fuel producers will have to meet certain milestones before they can close on the federal loan guarantees and start putting the financing to work.

[beardedmrbean]

Russian vessels that are part of the the country's so called "shadow fleet" have been renamed and reregistered in what is seen a sanctions-busting move to transport liquefied natural gas (LNG) from a facility in the Arctic, it has been reported.

The Arctic-LNG 2 project on the shores of the Gulf of Ob opposite the Yamal Peninsula in Russia's far north was targeted by tough U.S.-led sanctions under the previous Biden administration following President Vladimir Putin's full-scale invasion of Ukraine.

But last summer, LNG carriers traveling to Arctic LNG 2, which is run by Russia's energy giant Novatek, deactivated or spoofed their locations to allow shipments, according to maritime outlet Gcaptain.com.

Last month, four LNG carriers were reflagged from Panama to Russia and their names were changed, the outlet reported.

Malte Humpert, senior fellow at the Arctic Institute, told Newsweek this was intended as a sanctions-busting move and with the LNG from the site intended mostly for Asia, China was less concerned about secondary sanctions under the Trump administration. Newsweek has contacted Novatek for comment.

Why It Matters

As major generators of Russia's export revenues, oil and natural gas have been the focus of western-led sanctions to choke Moscow's war machine. However, Russia has set up a shadow fleet of vessels to circumvent a $60 price cap on seaborne oil and the export continues to swell the Kremlin's coffers.

Russia's piped natural gas industry has been hit hard by the war. But seaborne LNG exports from Russia to the EU are on the rise and Russian-built carriers are becoming an increasingly important part of the shadow fleet.

What To Know

GCaptain reported that in the middle of April, the vessels North Sky, North Air, North Mountain, and North Way were renamed Iris, Buran, Voskhod, and Zarya and their registration was changed from Panama to Russia.

Launched in 2023 and 2024, the vessels were transferred to Dubai-based White Fox Ship Management, and all were included in the August 2024 round of economic sanctions by the U.S.

Last summer, LNG carriers traveling to the sanctioned Arctic LNG 2 project deactivated or spoofed their location, and last month's renaming and reflagging are likely to signal a repeat of this practice this year, Humpert said.

He said the sanctions environment has changed since last year when the former Biden administration was on top of trying to interdict LNG exports from Arctic LNG 2, which was primarily designed to supply Asian markets unlike Novatek's unsanctioned Yamal LNG, which is increasing supplies to Europe.

Humpert added that under the Trump administration, less personal attention is being paid to this, especially with the loss of State Department employees with expertise and now Chinese buyers will be less concerned about facing secondary sanctions.

It comes as a study published by the Ukrainian campaign group Razom We Stand found the EU can cut its remaining reliance on Russian gas given the right political will.

The report released this week said that Europe had the technology and the tools to break free from Russian LNG, as an increasing shift away from fossil fuel generation and an increase in use of renewable energy.

Svitlana Romanko, Razom We Stand founder, said in a statement to Newsweek that Russian gas revenues are still fueling destruction and death in Ukraine, despite pledges of support from Europe's leaders.

She said that the RePower EU road map pledging to end dependency on Russian fossil fuels by 2030 set to come into force will play a key part in peace and security for Ukraine and Europe.

What People Are Saying

Malte Humpert, Arctic Institute, "The sanctions environment has probably changed compared to last year when the Biden administration was really on top of trying to interdict Russian LNG exports from Arctic LNG 2."

Svitlana Romanko, Founder and Executive Director of Razom We Stand: "Europe finally has the technology and the knowledge to cut ties with Russian gas. What it lacks is the political determination to act."

What Happens Nest

Production levels at Arctic-LNG 2 are on the up with gas flaring continuing last month and there is the prospect of new shipments this summer they would rely on the four renamed vessels. However, GCaptain reported Novatek may continue to struggle finding buyers or find new ways to obscure the origin of sanctioned cargoes,

[dzthenerd490]

File: Harmony and Horror - Magical Sofia

SCP#: ALV

Code Name: Presenting, The New Magical Sofia! 

Object Class: Keter

Special Containment Procedures: A single SCP-ALV instance is kept at Site-AA within the anomalous technology storage area. It is sealed within a magnetically sealed coffin that can only be unlocked with a specialized key. The Foundation security unit holding the key is to never be on the same floor as SCP-ALV until testing has been requested. In the event of a Containment breach the security unit is to either evacuate outside of Site-AA or head to the nearest insite safety bunker depending on the scenario. Any testing with SCP-ALV is to be approved by at least three Level 3 Foundation staff or higher. 

SCP-ALV instances found in the wild are to be exterminated by Mobile Task Force Dionysus-3 “The Party Package”. A techno exorcist must always be present to ensure the SCP-ALV instance cannot repair or repower itself after neutralization. MTF Command are to utilize satellites to detect when an SCP-ALV has been activated. Unfortunately, this is the only way to hunt SCP-ALV instances as the Foundation has had embarrassing failed raids of family houses that had regular non-anomalous Magical Sofia toys. 

Description: SCP-ALV is an anomalous variant of the Magical Sofia doll, one of the latest toys created by Group of Interest: Harmony Toys. It should be noted that the Magical Sofia doll is a more modern and advanced iteration of Sofia the Singing Marionette toy created in 1985. Though it's probably not correct to call it a variant as the chances of a Magical Sophia doll being an SCP-ALV instance is 75%. Regardless, an SCP-ALV instance is fully sentient and incredibly hostile as well as sadistic towards children. Each SCP-ALV utilizes their functions to torment and kill children, then when they are done, they wander the streets to be found by other children, starting the cycle all over again. 

Like the regular toy, SCP-ALV has state of the air listening devices, tracking cameras, robotic limbs with flexible joints, motion detection, and audio projection. SCP-ALV instances utilize these tools to mock and hunt their prey in their own house, as well as to gain sympathy from children to lure into traps. What makes SCP-ALV anomalous is that it is not possessed by the souls of Martin Greywinder’s victims. Instead, SCP-ALV is an anomalous device in that it traps the souls of those it kills to take back to Harmony toys for experimentation. There is no known paratech or thaumaturgic sigils within SCP-ALV that should allow this so how this is possible is unknown. It should be noted it is for this reason that a techno exorcist is to always be present so that any and all souls will be released upon destruction. 

SCP-ALV was discovered in 1993 when Group of Interest: M&A Harmony Toy's rebranded to just Harmony Toys under its now sole owner Arthur Greywhinder, originally thought to be dead, turned out to be alive albeit badly disfigured. Due to his popularity and “miraculous recovery” the Harmony Toy’s brand was saved, and its stocks soared as well as sales as soon as toy production started up again. SCP-ALV was one of their first products though scrutiny quickly befell the company due to children disappearing. The company only survived in the public eye to this day due to winning every lawsuit overwhelmingly. 

There is no evidence to confirm this, but it is believed that Arthur Greywinder is actually Person of Interest: Martin Greywinder, wearing his dead brother’s skin. It is known that Martin Greywinder made a deal with Entity of Interest: Satan and used the power from said deal to make his toys so lifelike at the cost of his family’s souls. Though he was presumed dead during the 1985 tragedy as his remains were found the same day and house several of his anomalous toys were found. 

This is unfortunately the worst-case scenario as if Martin Greywinder really died and came back to life that means he is a Hell-on-Earth Demon. For those that don’t know Hell-on-Earth Demon were once humans who made deals with the devil and either accidently or purposely became corrupted as a result. Entity of Interest: Satan often allows them to go back to earth in exchange for becoming a demon that will forever consume souls for both themselves and him. These types of demons are the most independent and least loyal but ironically are the best source of income of souls for Satan. They are also extremely powerful and can possess anomalous abilities on par with Reality Benders. In other words, they defy even the laws of the anomalous world, which could explain how SCP-ALV instances can steal souls without having the needed Para technology or thaumaturgy of any kind.

If Arthur Greywinder really is the Hell-on-Earth Demon Martin Greywinder he must be located and destroyed as soon as possible. There is also the theory that Author Greywinder just went insane and is now creating sadistic robots that torture children like his brother, but nothing is confirmed.

.

SCP: Horror Movie Files Hub

[escarietson]

New Year, New Chaos, New Resolutions, New Goals.

Another year begins and already things are crazy AF despite the fact that America's worst president ever is returning to office thanks to the worlds richest illegal immigrant of a selfish greedy pig...!

On the political front Panama is already protesting loudly against Trump's threats to conquer the sovereign nation.

Since Denmark is already prepping their armed forces in case of an actual aggression by the worlds most hated USA president along with Canada I can see things escalating VERY quickly before the end of the month given how thin-skinned Trump is...!

-----

Another thing that was as predictable as Trump threatening our allies is that more Cartoon Network shows are getting purged from Max, yet again!

For five minutes, Zaslav, could you not be such a gluttonous prick of a CEO to all of Warner Bros and it's subsidiaries... FOR FIVE MINUTES?!?!

Thanks for once again proving why physical is better than digital, and also for encouraging piracy...! ... But there is something about this that caught me completely off-guard; they're also purging Teen Titans Go seasons 1-7!

Why would they also purge Teen Titans Go from Max if that thing by itself is a major money printer like Spongebob is to Nickelodeon, if not something that WBD can literally bankroll off of? Are they out of their minds or have they FINALLY milked this overaged cashcow bone dry? Who knows...! But one things for sure; Cartoon Network and Warner Bros are both STILL screwed given what their greedy old pig of a CEO is doing in order to make himself richer as the animation industry still burns away to nothing like a charcoal roasting.

... I still call dibs on the Powerpuff Girls IP (and maybe a few other CN IP's or perhaps the entire trademark) when WBD finally croaks...!

-----

So with that stuff out of the way I might as well get into something else; what should I work on and do THIS year (assuming that I'll still be alive during and after the Trumpocalypse/Muskageddon, World War III or Civil War II)? Well, obviously there is that one iconic fanfiction comic that has languished in dormancy for far too long; The Rowdyruff Boys Story.

As I stated multiple times; the project needs to be restarted since the unfinished comic started BEFORE I made my revision of the entire Powerpuff Girls series via Repowered.

Plus thanks to how I redeveloped the boys in my AU some of the stuff is long outdated and needs to be cleaned up to better reflect the direct prequel; Custody Battle (along with other RRB episode revisions).

Though the biggest problem I have asides my pathetic starting & staying power and piss-poor willingness along with easy distractions; I keep second guessing everything! Case in point; have you seen all the times I revised the timeline literature? I've revised that thing over 30 times in the span of 3 years! Its extremely difficult for me to leave something as is for good, never mind flag it as "final".

The Repowered Arc's episodes weren't the only thing; I've been wondering about the Ruff Story too, as in the path I chose and wonder how it would play out later on? I've seen other Rowdyruff Redemption fanfictions and comics too, most of which have been left dormant while others are still unfinished yet still being worked on (as far as I can tell), and those made me stop and think about my own version. Like I said, it isn't easy to stick with something given how I constantly second guess things...

I might actually restart some of my old polls to get more feedback on somethings that still persist; such as the universal name of my AU, design aspects, various bits of various episodes, etc.

Though there are some other things I would like to try out with my stuff, but I think it's best I don't explain them right now. I think those are best reserved for other platforms...!

-----

Moving away from my prime hobby a little bit there is a few other things I would like to do address; most of which are personal life issues. As I stated in the past I'm getting laid off from work soon thanks to my employer going bankrupt. As such I need to start looking for a new day job to help around the house and other things. But having Autism and ADHD makes things a little more problematic. It ain't easy being impaired or disabled...!

Another chore; wrist tendonitis. Yep, my right wrist is STILL sensitive and still hurts me, even when I'm not on the computer. The punishment I netted myself for strangling the mice for years...! But even then I cannot let that dampen my spirits or my passion! If only healthcare in America wasn't a total scam by the ultra rich...!

Deny, depose, defend...

One last thing that might be an issue; my car. She's seen better days but sooner or later I'll have to trade her in given her age (she's a 2001 car) and also repairs are slowly becoming more frequent. Though I've been taking good mechanical care of her for a while and I would like to keep her going as long as possible since she's paid off. And who DOESN'T want a paid off car?

So what should I be looking forward to, asides the inevitable collapse of the returning Trump Administration & the entire MAGA GOP & cult? The successor to the Nintendo Switch! It's been speculated and theorized to hell and back, even more so since the Switch has already lived past its own lifespan, exceeding the NES. Though it may be possible that we'll get something about it this month along with a few expected surprises along the way; like Metroid Prime 2 Echoes remastered along with a possible NSO GameCube among other things. Nintendo can't keep everything from us forever! They should NEVER underestimate the fans and the data miners...!

-----

So... here goes nothing! Happy new year!

[skyland2703]

Your Honest Opinion: three Ranger seasons/teams that deserve the next three boom! comic one-shots (that are not written by AJJ)

OUH OUH OUH!!! With synopsis okay

Dino/Cosmic Fury!! Because I’m biased!! I want a Javelia centric boom oneshot (y’all have seen the marketing. It COULD happen). Maybe something about time shenanigans with the team + morphin master Zayto going back 65M years ago to the rafkonians to stop the entire sporix thing from ever happening— or something :)

RPM: I REALLY REALLY REAAAAALLLYYYYYYYYYYYYYYYYY want a ranger black Boom!Comics oneshot. Diverging from the beast morphers continuity, and because venjix was a VIRUS that could well— multiply— SOMETHING about either Scott or Dillon finding out there’s a part of venjix that remained in them. And how it messes up THEIR post-apocalyptical lives. (Also that apocalypse my beloved <333) I think it would be fun.

Everyone’s gonna hate me for this but operation overdrive revamp comic series which follows up on the “Hunt for the jewels” in a MORE globe trotting-treasure hunting-genre, BUT also being intergalactic. (Or maybe some other artefact Andrew Hartford discovers, and has the team band together again to go on a cosmic treasure hunt~)

Honestly though, ideally I think they should just pick up one season every year and put out a comic. If y’all need ideas, boom, ASK ME. I AM DOWN for it. (But please don’t give us shorty ideas like Jason Bischoff’s repower project—).

Ask my honest opinion about anything Power Rangers~

[loopxcell]

Germany’s Onshore Wind Surges with Record 4.15 GW Approvals in Q1 2025

Germany’s onshore wind power sector is experiencing a remarkable resurgence in early 2025, driven by record licensing volumes, accelerated permitting, and a growing focus on repowering. In the first quarter, authorities approved 4.15 GW of new wind capacity-the highest quarterly figure ever recorded and the third consecutive quarter exceeding 4 GW.

Key insights include:

🔹Regional Leadership: North Rhine-Westphalia led with 1.7 GW in new permits, followed by Lower Saxony with nearly 800 MW. These regions remain central to Germany’s wind energy expansion.

🔹Installation Growth: Approximately 995 MW of new onshore wind capacity was commissioned in Q1, the strongest quarterly performance since 2018 and representing nearly one-third of the total capacity added in 2024.

🔹Permitting Efficiency: The average permitting duration has fallen to 18.7 months, a 20% improvement compared to 2024, reflecting regulatory streamlining and enhanced project execution.

🔹Repowering Trends: Upgrades to existing turbines accounted for 29% of new capacity, emphasizing the sector’s commitment to improving efficiency and extending asset lifespans.

🔹Installed Capacity Milestone: Germany now operates over 28,800 onshore wind turbines, with total installed capacity surpassing 64 GW.

🔹Generation Challenges: Onshore wind output declined by 22% year-on-year in Q1 due to weather variability, yet still contributed about 25% of Germany’s electricity consumption.

🔹Renewables Share: Renewables as a whole supplied nearly 47% of Germany’s electricity during this period, underscoring their growing importance in the energy mix.

This strong momentum positions Germany’s onshore wind sector as a cornerstone of the country’s energy transition and climate strategy. Continued improvements in permitting, repowering, and installation rates are essential to meet ambitious renewable energy targets and ensure grid reliability.

Industry stakeholders, policymakers, and investors should view these developments as a positive indicator of Germany’s commitment to a sustainable, low-carbon future.

#OnshoreWind #RenewableEnergy #Germany #CleanEnergy #WindPower #EnergyTransition #ClimateAction #GridModernization

[enginesinc]

Why Choosing the Right Industrial Engine Matters for Your Business

In today's competitive industrial world, the success of your business often depends on the reliability, performance, and efficiency of your machinery. At the heart of all these factors lies a crucial decision: choosing the right industrial engine. Whether you are powering agricultural equipment, marine vessels, generator sets, or heavy construction machinery, selecting the right engine is not just a technical choice — it is a strategic business decision.

At Engines, Inc., we specialize in providing top-quality engine solutions that help businesses operate smarter, faster, and more efficiently. Here’s why choosing the right engine matters and how our expertise can make all the difference for you.

Power, Reliability, and Performance: The Foundations of Your Business

An industrial engine is more than just a component — it is the beating heart of your equipment. Choosing a high-performance engine ensures that your machinery can withstand the tough conditions of daily use, deliver consistent output, and maintain optimal operational efficiency. A poorly matched or low-quality engine, on the other hand, can result in frequent breakdowns, increased downtime, higher maintenance costs, and lower productivity.

At Engines, Inc., we are proud to offer a full range of reliable diesel and spark-ignited engines from industry-leading brands like John Deere, Yanmar, Kohler, and Ford. These engines are engineered to deliver the kind of rugged, dependable performance that businesses need to stay ahead in demanding industries.

Tailored Solutions to Meet Your Unique Needs

Every industry, and every project within that industry, has unique requirements. An off-the-shelf engine solution may not always be the best fit. That’s why Engines, Inc. goes beyond standard offerings to provide custom-engineered power solutions through our ei Technologies division.

Using advanced 3D design software like SolidWorks and equipped with state-of-the-art testing facilities featuring Taylor dynamometers, we design and build custom packages that are perfectly suited to your equipment and application. Whether you need a compact power unit for a tight space or a high-output solution for heavy-duty use, we ensure that the engine integrates seamlessly and performs optimally.

Custom solutions not only enhance performance but also improve safety, fuel efficiency, and ease of maintenance — critical factors for maintaining a strong competitive edge.

Lower Total Cost of Ownership

Choosing the right engine isn’t just about immediate performance — it’s about long-term value. A properly selected, high-quality engine reduces the frequency and cost of repairs, extends equipment lifespan, and improves fuel efficiency. These benefits translate into significant long-term savings.

Additionally, Engines, Inc. offers repower solutions, giving businesses the ability to upgrade the engines on their existing equipment instead of investing in entirely new machines. Repowering is a cost-effective way to extend the life of your machinery, enhance performance, and meet new emission standards without the financial burden of full replacement.

Comprehensive Service and Unmatched Support

An industrial engine is only as good as the support system behind it. Equipment downtime can have devastating impacts on your operations and profitability. That’s why Engines, Inc. provides 24-hour customer support, ensuring that help is available whenever and wherever you need it.

Our expert service technicians are trained to handle a wide range of services, from routine maintenance and minor repairs to complete engine rebuilds. We maintain a deep inventory of parts to minimize lead times and get you back in action quickly. Our support network spans across multiple locations, covering Arkansas, Texas, Louisiana, Mississippi, and beyond, ensuring that you always have access to the help you need.

When you choose Engines, Inc., you’re not just buying an engine — you’re gaining a dedicated partner committed to keeping your business powered and productive.

Exporting Solutions for Global Needs

In addition to serving the domestic market, Engines, Inc. also offers solutions for international customers. We supply Tier 1, 2, and 3 compliant engines for export markets, making it easier for businesses across the globe to access high-quality, reliable industrial engines.

Whether you need power solutions for agriculture, marine, construction, or generator applications abroad, we can help you navigate compliance regulations and deliver engines that meet your specific needs.

Rental Options for Flexible Power

Sometimes a temporary solution is the best choice for your project. Engines, Inc. offers rental power units designed for flexibility and performance. These units are ideal for short-term projects, emergency situations, or seasonal demands.

Our rental fleet features reliable, powerful engines that are compact, easy to deploy, and maintained to the highest standards. Renting allows businesses to access the latest technology without long-term commitments, helping them manage operational costs and scale power needs as projects evolve.

Why Trust Engines, Inc.?

Founded in 1979, Engines, Inc. is a fourth-generation, family-owned business dedicated to providing innovative, reliable engine solutions. With over four decades of experience, a passion for engineering excellence, and a commitment to customer service, we have become a trusted partner for businesses across industries.

From offering the latest John Deere engine technology to providing full-service support through ei Technologies, our team is focused on delivering the power and reliability that your business needs to succeed.

When you choose to work with Engines, Inc., you are choosing a team that stands by your side — providing not just engines, but the technology, service, and support that fuel your business growth.

[infinite-games-finite-life]

Mother Machine Demo!

I went ahead and ran through the full Mother Machine demo and I absolutely loved it!

In the Mother Machine, you play as a gremlin, a goblin creature, a little guy of sorts that feels very reminiscent of Stitch of Lilo and Stich fame, large-eyed, grabby-handed and with a need to eat and break all sorts of fun creatures and crystals, you are tasked by your gigantic mother to run through caves and various biomes to repower the various abandoned outposts and satellites that allow Mother to send you on more expeditions and to further-away places.

You'll scratch, roll, jump, eat and fart your way through various procedural cave systems, causing chaos and craziness all while your sweet robot mom tells you how smart and wonderful you are. I won't lie, this makes me want to play more for mom's approval (I'll have to unpack that later), all the while trying not to fall too far, smashing your tiny body against the rocks below, or being eaten by the various critters that are skittering along your path.

Exploration of the levels is rewarded with various bonuses: Radiation Berries that help progress your Mutation Bar towards unlocking various powers your creature will absolutely need on its big journey. These mutations range from shooting crystal projectiles out of your body to barfing up glowing puke on the walls to light darkened areas of the cave to farting so hard it projects you upwards for an enhanced super-jump (there's so many more, too, and they all do something different). To boot, the game makes use of portal devices that will help you quick-travel through the massive cave networks, even allowing you to warp near your old body should you perish.

There is some risk involved, while you are running through the map to switch on satellites and gather energy, it takes energy to power mom's creature Printers, which you and your friends/online players spawn out of at the start of every game, and get liquidated into when finishing the mission, and once you're out, the mission ends. You'll use the energy you gather (by completing the mission and/or finding crystal-fed machines that give you bonus energy points (as well as other stat-bonuses)) for various things, but I mostly used mine to customize my little guy into the a fun little green cretin.

While it is a fun platformer, and there's a lot presented that tickles my fancy, there are a few things that I hope get fixed in future iterations. First, and probably most-pressing to me personally, is the fact that my controller is unsupported in this game that tells me a controller pad is recommended (and I definitely felt it). I tried my best to search for the issue preventing me from using my gamepad, but unfortunately, I had to play with my keyboard and mouse (which, while do-able, is definitely not nearly as intuitive).

Secondly, the fact that it is an always-online game, and that you can have random other gremlins jump into your mission irks me a bit. While I didn't look further than surfacely viewing the UI for a way to shut this off, not being able to pause the game, or worse, have players that eat away at your energy and the various resources in-game is an annoyance, since it'll mean waiting for the plants to regrow berries which can be a momentum-killer. While I'm all for diving into caves with my gremlin friends, I can't help but dislike having players I can't really communicate with jump head-first into my own experience.

Ultimately, though; this game, Mother Machine, is fantastic and if you're a platform junkie, or have a love of belching little creatures, I absolutely must suggest you give the game a try and a wishlist!

[skyquest-market-research]

Offshore Wind Power Market: Size, Share, Trends, and Forecast (2025-2032)

Offshore wind power is emerging as a cornerstone of the global transition to renewable energy, providing a reliable, sustainable alternative to fossil fuels. Offshore wind farms use turbines placed in bodies of water to harness wind energy, converting it into electricity. As concerns about climate change grow and the need for cleaner energy intensifies, offshore wind power is expected to see substantial growth. This article examines the market size, share, trends, and forecasts for the offshore wind power sector from 2025 to 2032, along with insights into the key players shaping the industry.

Offshore Wind Power Market Size and Growth

The global offshore wind power market has experienced significant growth in recent years, driven by favorable government policies, technological advancements, and increasing demand for renewable energy. Offshore Wind Power Market size is poised to grow from USD 64.27 Billion in 2024 to USD 201.96 Billion by 2032, growing at a CAGR of 15.8% during the forecast period (2025-2032).

Factors driving this growth include:

Government Incentives: Governments worldwide are setting ambitious renewable energy targets, with the European Union aiming for 300 GW of offshore wind capacity by 2050, and the United States targeting 30 GW by 2030.

Technological Advancements: Innovations in turbine efficiency, floating wind turbines, and installation techniques are making offshore wind energy more cost-effective.

Energy Demand: Increasing demand for sustainable energy sources in emerging economies is contributing to the market’s expansion.

Get Your Free Sample Report Here @ https://www.skyquestt.com/sample-request/offshore-wind-power-market

Offshore Wind Power Market Share by Region

The offshore wind market is geographically diverse, with distinct leaders and emerging players:

Europe: Europe remains the dominant region in offshore wind power, responsible for approximately 75% of global offshore wind capacity. Key countries include the UK, Germany, and Denmark, with future growth expected in the Baltic and North Seas.

North America: The United States and Canada are witnessing growing interest in offshore wind, particularly along the U.S. East Coast. The U.S. aims to develop 30 GW of offshore wind by 2030.

Asia-Pacific: China is poised to become a major player in offshore wind, with other countries like Japan and South Korea increasing investments in offshore wind projects. The region is expected to experience rapid growth, with China leading the way.

Other Regions: Emerging markets in Latin America, the Middle East, and Africa are slowly starting to explore offshore wind energy potential, although their contribution remains limited for now.

Offshore Wind Power Market Trends

Several trends are expected to shape the offshore wind market from 2025 to 2032:

Floating Wind Turbines: The development of floating wind turbine technology allows for offshore wind farms in deeper waters, expanding the potential for energy generation. This technology is becoming more viable and cost-effective, particularly in regions with deeper seas.

Energy Storage: The intermittent nature of offshore wind generation requires integration with energy storage systems, such as batteries or hydrogen storage, to stabilize supply and demand.

Repowering and Upgrades: As many existing offshore wind farms approach the end of their operational life, the repowering of these facilities with newer, more efficient turbines will be a key trend. This enables increased energy production without the need to construct new sites.

Public-Private Partnerships: Collaboration between governments and private companies is becoming more common in offshore wind projects. These partnerships are essential for financing and implementing large-scale infrastructure.

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Top Players in the Offshore Wind Market

Several global companies dominate the offshore wind market, driving innovation and development:

Orsted (Denmark) Orsted is a leading offshore wind developer, with an extensive portfolio of operational and planned projects in Europe, Asia, and North America. The company is committed to expanding its offshore wind capacity, with a goal of installing 50 GW of renewable energy by 2030.

Siemens Gamesa (Germany/Spain) Siemens Gamesa is a key player in offshore wind turbine manufacturing. The company has a strong presence in both the European and U.S. offshore wind markets, providing turbines for some of the world’s largest offshore wind farms.

Vestas (Denmark) Vestas is another major turbine manufacturer, known for its large-scale wind turbine solutions. The company is expanding its reach in offshore wind markets, particularly in Europe and North America, and is investing heavily in innovation.

GE Renewable Energy (United States) GE Renewable Energy is a global leader in offshore wind turbine manufacturing. The company’s Haliade-X turbine is one of the most powerful offshore turbines available, contributing to GE’s strong presence in Europe and the U.S.

Equinor (Norway) Equinor is a major player in the offshore wind sector, with several projects in Europe and North America. The company focuses on both fixed and floating offshore wind solutions, with a goal to install 12-16 GW of offshore wind capacity by 2026.

Ørsted (Denmark) Ørsted is another top developer of offshore wind projects worldwide. With an emphasis on sustainability, Ørsted has been a key driver in expanding the offshore wind industry, particularly in Europe.

MHI Vestas (Japan/Denmark) MHI Vestas is a leading manufacturer of offshore wind turbines, specializing in high-capacity turbines for deep-water wind farms. It has secured significant contracts in Europe and is expanding its footprint in North America.

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Offshore Wind Power Market Forecast (2025-2032)

The offshore wind power market is poised for substantial growth over the next decade. By 2032, the market is expected to reach USD 130-150 billion, driven by the following key factors:

Increased Installed Capacity: The global installed capacity of offshore wind is projected to surpass 200 GW by 2032, with Europe continuing to lead but significant growth expected in North America and Asia-Pacific.

Technological Advancements: Innovations in floating wind turbines, energy storage, and grid integration technologies will enhance the efficiency and cost-effectiveness of offshore wind farms, contributing to market expansion.

Investment Growth: As governments and private investors increase funding, offshore wind projects will accelerate. In particular, large-scale projects in the U.S. and Asia will contribute significantly to global growth.

Job Creation: The offshore wind industry is expected to create hundreds of thousands of jobs in manufacturing, construction, installation, and maintenance, boosting economic development in key regions.

Offshore Wind Power Market Challenges

Despite the market’s promising growth, several challenges remain:

High Initial Costs: Offshore wind projects require substantial capital investment, which can be a barrier, especially in emerging markets.

Regulatory and Environmental Hurdles: Obtaining permits and ensuring environmental compliance can be time-consuming and costly, slowing down project development.

Supply Chain Constraints: The offshore wind industry relies on a complex supply chain, and any disruptions, such as shortages in materials or delays in turbine manufacturing, could impact project timelines.

Grid Integration: Integrating offshore wind power into existing grid infrastructure remains a challenge, especially as energy generation moves further offshore.

Offshore Wind Power Market Future Outlook

The offshore wind power market is set to experience remarkable growth between 2025 and 2032. Technological advancements, favorable government policies, and increasing demand for renewable energy will drive this expansion. However, the industry will need to navigate challenges related to high upfront costs, regulatory hurdles, and supply chain issues. The key players in the market, including Orsted, Siemens Gamesa, and GE Renewable Energy, are poised to lead the charge, contributing to a cleaner, more sustainable energy future.

[hbrns]

The Race to 11,000 GW: Are We on Track to Triple Renewable Capacity by 2030?

The world is in a race against time to triple global renewable energy capacity by 2030, with a target of 11,000 gigawatts (GW), but current ambitions are falling short. While the world is making strides in renewable energy deployment, a significant acceleration is needed to meet this goal. The COP28 climate summit established the tripling target, aligning with the International Energy Agency's (IEA) Net Zero Emissions by 2050 scenario, which is crucial for limiting global warming to 1.5°C.

Global renewable capacity additions reached almost 560 GW in 2023, marking an unprecedented 64% year-on-year increase. This growth aligns with the annual pace required to reach nearly 8,000 GW by 2030, which matches countries' current policies and estimates. However, even if all countries fully implement their existing ambitions, the world would still fall 30% short of the 11,000 GW target. This ambition gap highlights the urgent need for countries to increase their renewable energy targets and accelerate implementation.

China is the most significant contributor to renewable capacity growth. In 2023, China installed almost 350 GW of new renewable capacity, more than half the global total. If China maintains this pace, it could significantly surpass its existing 2030 ambitions. Outside of China, the rest of the world needs to accelerate its average annual growth by 36% to meet national ambitions. This highlights a significant disparity in renewable energy deployment rates, with some regions and countries lagging.

For advanced economies, the level of ambition needs to increase from a growth factor of 1.9 to 2.5, while for emerging and developing economies, the growth factor should rise from 2.4 to 3.4. This difference underscores the need for varying approaches depending on regional circumstances and capabilities. For example, the Middle East and North Africa (MENA) region has a high growth factor 4.5. Still, in absolute terms, this is only an additional 156 GW, much less than the capacity additions required in Europe, Asia Pacific, and the United States.

The IEA's analysis indicates that tripling global renewable power capacity by 2030 is an ambitious but achievable goal, especially with the record-breaking annual deployment and increasing competitiveness of solar photovoltaic (PV) and wind energy compared with fossil fuels. However, this requires a significant shift in policy and investment, including addressing permitting issues, investing in grid infrastructure, and ensuring system flexibility. Furthermore, significant scaling up of deployment is also needed in Southeast Asia, the Middle East and North Africa, and Sub-Saharan Africa.

The challenge goes beyond setting ambitious targets; it also requires the practical implementation of these goals. This includes accelerating the pace of feasibility studies, permitting, financing, and construction of renewable energy projects. Many countries also need to address challenges such as policy uncertainty, fossil fuel overcapacity, and access to affordable financing.

For example, India, which aims to meet most of its growing electricity demand with renewable energy and achieve 500 GW of non-fossil fuel capacity by 2030, must institute policies to encourage hybrid renewable power plants and support the repowering of existing wind farms. In Europe, which aims to double its renewable capacity, grid infrastructure and flexibility are key challenges. In Southeast Asia, insufficient policy support and unattractive renewable energy tariffs hinder faster renewable capacity deployment.

Several key findings emerge:

Current Ambitions Fall Short: Even with full implementation of existing plans, the world will not meet the 11,000 GW target by 2030.

Regional Disparities Exist: China is a leader in renewable capacity additions, while other countries and regions need to accelerate their efforts.

Policy and Implementation Gaps: Addressing permitting delays, grid infrastructure investments, financing challenges, and policy uncertainty is crucial.

Technology Focus: Solar photovoltaic and wind are leading the growth, but other renewables and system flexibility are also essential.

Global Cooperation is Necessary: Enhanced international cooperation and knowledge sharing are needed to achieve the global renewable energy goals.

The journey to triple renewable capacity by 2030 is challenging, but it remains achievable with increased ambition, accelerated implementation, and a focus on policy priorities. Failure to do so will undermine efforts to meet climate targets and transition to a sustainable energy future.

References

IEA (2024), COP28 Tripling Renewable Capacity Pledge, IEA, Paris https://www.iea.org/reports/cop28-tripling-renewable-capacity-pledge, Licence: CC BY 4.0

IEA (2024), Renewables 2024, IEA, Paris https://www.iea.org/reports/renewables-2024, Licence: CC BY 4.0

IEA (2024), From Taking Stock to Taking Action, IEA, Paris https://www.iea.org/reports/from-taking-stock-to-taking-action, Licence: CC BY 4.0

IEA (2024), Southeast Asia Energy Outlook 2024, IEA, Paris https://www.iea.org/reports/southeast-asia-energy-outlook-2024, Licence: CC BY 4.0

IEA (2024), Achieving a Net Zero Electricity Sector in Viet Nam, IEA, Paris https://www.iea.org/reports/achieving-a-net-zero-electricity-sector-in-viet-nam, Licence: CC BY 4.0

[rjzimmerman]

Excerpt from this story from RMI:

Today’s US electrical grid looks less like an organized grid and more like an unfinished puzzle. Fortunately, as we plan for growing power demand, RMI emerges as a leader in the pursuit of solutions. With near-term stopgaps to optimize existing grid infrastructure and long-term solutions to grow the grid, build workforce capacity, and promote policy that encourages transmission planning among utilities, RMI is putting the pieces together.

The US grid faces incredible challenges. Industry forecasts predict that electricity demand will grow significantly, driven by AI data centers, industrial expansion, and the rise of electric vehicles and heat pumps. Fortunately, on the generation side, vast numbers of clean energy projects have asked to connect to the grid to help meet any rise in demand. Unfortunately, sluggish interconnection processes are delaying the urgently needed generation, with more than 2.6 terawatts (TW) of clean energy projects languishing in the interconnection traffic jam.

That far exceeds the 1.25 TW of electricity generation currently on the US grid. Why the long wait? New projects looking to connect to the grid must undergo a series of complex impact studies before they can connect. This can take up to five years. There is also a lack of electric transmission to carry the power from clean energy projects to where that energy will be used. Simply put, the model is inefficient and not designed for the energy transition. But RMI is helping change that.

Maximizing Grid Efficiency: RMI is working with partners to leverage cutting-edge grid-enhancing technologies (GETs) to streamline interconnection capacity now. GETs are innovative technologies that act as energy efficiency solutions for the grid. They can adjust the carrying capacity of transmission lines to reflect real-time conditions, re-route power around congested areas, and optimize power flows. We’re working with utilities and businesses in PJM, the largest grid operator in the country, to modernize and expedite interconnection procedures, a vital step in the journey toward a sustainable energy future. We have published or contributed to multiple reports on interconnection and GETs, providing evidence for the value of GETs in enhancing interconnection and transmission planning at the Federal Energy Regulatory Commission (FERC), the White House, and in PJM stakeholder meetings to make real changes.

Connecting Clean Energy to the Grid Faster and Cheaper: The lengthy interconnection process slows the expansion of our energy systems during a crucial time for growth. But utilities can bypass the process by siting new clean generation at the same point of interconnection as existing or retiring generators. Using the existing fossil assets’ interconnection rights can cut the time down to less than one year. This clean repowering, or “the express lane of energy reinvestment,” offers the potential for 250 GW of new renewable energy projects without transmission upgrades and translates to an average savings of US$12.7 billion a year for the next ten years. New RMI research and analysis show the interconnection processes and Inflation Reduction Act incentives that enable this opportunity and the geographies with the most potential.

Planning Power Transmission: On May 13, 2024, FERC released Order 1920, a landmark rulemaking requiring each of the transmission planning regions in the United States to undergo long-term transmission planning. Order 1920 tackles regulatory hurdles that are slowing the deployment of transmission lines needed to deliver affordable, reliable electricity and prevent power outages as energy demand increases. RMI’s articles, submitted comments, and presentations helped influence this transformational policy.

[news24-amit]

The Economics of Wind Turbine Decommissioning: Cost Factors and Market Growth

The global wind turbine decommissioning market is poised for robust growth in the coming years, fueled by increasing investments in renewable energy, ambitious national energy targets, and advancements in wind power technologies. With governments and corporations worldwide focusing on environmentally sustainable energy solutions, the need for effective wind turbine decommissioning services is becoming increasingly critical.

Wind turbine decommissioning involves the complete removal of wind turbines from service and the restoration of land to its original condition. As wind turbines reach the end of their lifecycle, owners must choose between decommissioning or repowering their facilities. Decommissioning often entails the disassembly of turbines, disposal of non-recyclable components, and restoration of the site. This ensures environmental compliance and prepares the land for alternative uses.

The demand for wind turbine decommissioning services is driven by the difficulty in replacing aging turbine components and the high cost of maintaining deteriorating parts. Furthermore, as power purchase agreements conclude, the business case for operating aging wind turbines diminishes, prompting the need for decommissioning.

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Key Market Drivers

Technological Advancements and Cost Efficiency Innovations in wind power systems have improved energy generation efficiency while reducing the Levelized Cost of Energy (LCOE). These advancements have enhanced the economic viability of decommissioning services, bolstering market demand.

Shift Towards Renewable Energy With the global transition to renewable energy sources, such as wind, solar, and geothermal, investments in sustainable energy infrastructure are surging. This shift is expected to significantly boost the wind turbine decommissioning market in the near future.

Supportive Government Policies National targets, international agreements, and government subsidies aimed at promoting renewable energy have created a favorable environment for the growth of wind turbine decommissioning services.

Regional Insights

Europe is expected to dominate the global wind turbine decommissioning market, driven by substantial investments in renewable energy and its leadership in offshore wind energy. In 2018 alone, Europe decommissioned 421 megawatts of wind power, with Germany accounting for the largest share. The region’s commitment to setting global standards for decommissioning practices positions it as a key player in the market.

The U.S. wind turbine decommissioning market is also projected to experience significant growth, supported by federal tax incentives and state-level renewable energy policies. Meanwhile, the Middle East and Africa are emerging as potential markets, with governments focusing on reducing fossil fuel dependency and promoting clean energy solutions.

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[beardedmrbean]

COVERT TWP. — The owner of Palisades Nuclear Plant, Holtec International, took a step forward Tuesday in efforts to reopen the shuttered plant.

Holtec jointly announced with Wolverine Power Cooperative a long-term power purchasing agreement they say will pave the way for the plant to restart.

It's true a purchase agreement was an important step in the plant's reopening checklist, but it’s not the final piece of the puzzle. Holtec Director of Government Affairs and Communications Patrick O’Brien confirmed to The Sentinel that Holtec is still waiting on a decision on its loan request from the Department of Energy and full approval from the Nuclear Regulatory Commission.

“We’re still in the process with (the DoE)," he said. "We’re hoping to hear by the end of the year, one way or the other. We still feel like that’s a good timeline.”

The agreement announced Tuesday, Sept. 12, states Wolverine will purchase up to two-thirds of the power generated by Palisades for its Michigan-based rural electric cooperatives. The company's project partner, Hoosier Energy, will purchase the rest.

“We are thrilled to enter into this partnership,” Kelly Trice, president of Holtec Nuclear Generation and Decommissioning, wrote in a press release. “The executed power purchase agreement represents a significant milestone in our journey towards reopening the plant, a historic moment for Michigan and the country.

“The repowering of Palisades ensures Michigan has sufficient energy to meet future demand and mitigate the impact of climate change, while creating hundreds of high-paying Michigan jobs, expanding the local tax base, and unleashing economic opportunity within the region and beyond."

Officials say reopening Palisades will “greatly enhance electric reliability” by generating “consistent and carbon-free energy” in the state.

“Ensuring reliable and affordable electricity in Michigan is crucial,” said Eric Baker, CEO of Wolverine. “The restart of Palisades offers a practical, long-term solution to electric reliability in our state and aligns with Michigan's ambitious goals to reduce carbon emissions.”

Palisades shuttered in May 2022 after 50 years in operation. The 800-megawatt plant employed around 600 people full-time. A recently published study estimated the closure had an economic impact of over $250 million in Berrien, Cass and Van Buren counties.

Just months after it closed, an effort to reopen the plant was announced. Holtec's first loan application failed, but the second, ongoing attempt was launched in early 2023.

Holtec has already secured a $150 million investment from the state. In addition to obtaining the DoE loan and getting approval from the NRC, Holtec will need to rehire and retrain staff. Officials have estimated it will take about two years to get Palisades operational again, if and when the process begins.