Mass Megawatts (OTC:MMMW) @MegawattsWind

We are only starting to talk about implementing Energy Storage on a scale, which allows us to move quickly forward to decentralised Energy Generation based on Solar & Wind. kirillklip.blogspot.com/2026/01/lithiu… $TRRXF #TNRGold🔋 $TNR.v Royalties Mariana Lithium - Ganfeng Tesla rEVolution, EVs

In a recent AP Exclusive interview at Coherent's advanced semiconductor facility in Sherman, Texas, Nvidia CEO Jensen Huang shared a sweeping vision for how AI is sparking a new industrial revolution. His insights touch on the total reinvention of a 60-year-old computing infrastructure, the critical role of energy and hardware connectivity, shifting geopolitical dynamics, and the new social norms required for an AI-integrated world. If you are short on time to digest the full video, here are the definitive takeaways from the conversation: 1⃣ NEXT-GEN AI MODELS & THE DEATH OF LEGACY COMPUTING 🤖 Future AI will become smarter, safer, and grounded in truth by evaluating multiple internet sources to conduct real-time research, rather than just guessing. "That would be smarter, safer, and better guardrailed. It would be grounded in more truth... Less guessing and more research." 💻 We are currently undergoing a radical reinvention of the entire 60-year-old computer infrastructure—dating back to the 1964 IBM System 360—moving away from pre-recorded code to real-time problem-solving. "We're reinventing the computer for the first time in 63 years... You no longer have to code and no longer record information in advance. It's able to now solve problems in real time. We've built about 60 years of computer infrastructure... We're now in the process of reinventing all of that." 🤝 AI is the ultimate democratizing force that closes the historical technology divide because, unlike past innovations that required reading manuals or learning programming languages, it simply operates via natural dialogue. "AI is the greatest technology; it has closed the technology divide more so than any technology in history. The reason is that it's accessible on the internet, free, and easy to use... If you don't know how to use AI, just talk with it." 🌐 As AI scales out to massive data centers, optical interconnects are replacing traditional electricity, using lasers to convert data into light so millions of processors can communicate instantly across thousands of feet. "If you want to connect [chips] far away, the only way to solve that problem is silicon photonics, or optical... The optical interconnect is fundamental to our ability to scale out to the sizes of computers that we want to build." --- 2⃣ THE MACRO LANDSCAPE (THE FIVE-LAYER CAKE & MARKET FORCES) 🍰 AI is an industrial revolution represented by a five-layer stack—starting with energy and chips, building up through infrastructure and models, and culminating in applications that will disrupt every $100 trillion global industry. "AI is an industrial revolution because in order for AI to be realized, you have to start with the energy sector, the chips, the infrastructure—which is land, power, and shell—and the cloud services. Then there are the AI models... And on top of that are the applications, the highest layer... It affects every single industry, a $100 trillion industry." 🔋 The immense market demand for AI computing power has created a once-in-a-generation opportunity for the private sector to fund and upgrade the grid to sustainable energy (like solar and nuclear) without relying on government subsidies. "In energy, why wouldn't we want to take advantage of this once-in-a-generation opportunity to use market forces to upgrade the energy grid to support and invest in sustainable energy without government subsidies?" ⚡ Energy production is the fundamental baseline layer of AI, and because the U.S. is currently "woefully behind" in power generation, it must prioritize pro-energy growth or risk starving the entire AI infrastructure. "The United States is woefully behind in energy production... Without energy, that entire infrastructure on top cannot be created and produced. The first thing is to make sure that we are a pro-energy growth country again." 💡 People should actively test AI tools firsthand to see how it can augment their specific capabilities—such as a carpenter designing a kitchen or a small business owner building a website—before passing judgment. "Whatever it happens to be, if you have a hard time using it, just go up and ask it... It can elevate your capability in whatever you choose to do. Just go try it before you judge it." --- 3⃣ GEOPOLITICS, GLOBAL SUPPLY CHAINS, AND SOCIETY 🇨🇳 It is a false choice to assume national security requires economic isolation; the U.S. must protect its borders while aggressively exporting to markets like China to prevent foreign competitors from scaling up and becoming giants. "It is a false choice to assume national security means isolating ourselves. We want our technology industry to succeed around the world, and in order to do that, you have to compete. You can have national security, technology leadership, and economic prosperity all at the same time." 🏝️ Taiwan serves as the epicenter of the global technology ecosystem and acts as a critical strategic partner by bringing their expert labor and skills to help stand up massive new manufacturing fabs inside the U.S. "Taiwan is the epicenter of the world's technology ecosystem; they make the world's best chips. On the other hand, they're also a strategic partner helping us diversify and create more resilience in our supply chain." 🚗 Society must co-develop new social norms, regulations, and safety guardrails to adapt to AI, just as humanity adapted to the rapid speed of the automobile by creating crosswalks and seatbelts. "When automobiles came, we needed to create new social norms... It’s a combination of social norms, regulations, safer cars, seat belts, and all the technology that comes with it happening simultaneously. You have to deal with regulation, technology, and social norms." 🇺🇸 AI is driving a massive wave of industrialization that reverses a 50-year decline in U.S. manufacturing, sparking a renaissance of new chip, packaging, and computer plants across the country. "No question about it. We're reinventing the computer... and we can use this incredible new investment to reindustrialize the United States, which is why we're building new chip plants." 🛡️ Export controls are a powerful tool to protect national security, but they must be targeted precisely to avoid triggering unintended economic consequences across other technology sectors. "Export control is a powerful tool that, if used precisely and specifically, could be quite effective. Beyond that, we just have to be careful not to over-exercise it so that it doesn't create unintended consequences for other things we don't intend to affect." 🛠️ The AI revolution will help correct societal imbalances by providing prosperous, high-paying opportunities for hands-on builders, electricians, and makers, rather than exclusively rewarding information workers with computer science degrees. "We want makers and builders here in America again, not just information workers... You should be able to create a great life, build a great family, and find a really prosperous job if you want to work with your hands and build something. We want a society that is balanced with people who are builders, creators, inventors, and artists."

China Deploys Foldable Solar Power Station for Instant Energy Anywhere by @volcaholic1 #Sustainability #RenewableEnergy #CleanEnergy

This is the model of data center development we should all be advocating for. Google is building 1.4 GW of solar and wind capacity to power their 840 MW data center and using basically no water. This project also helps explain why Google paid $4.75 billion for Intersect Power, the developer of Meiter Energy Center. Intersect has gigawatts of clean energy capacity in the Texas interconnection queue. Thanks to a new rule passed last year, they can effectively share that interconnection with data centers. So rather than wait 5+ years to bring online a 840 MW data center, Google is going to bring it online in October 2027.

Mass Megawatts and its very unique patent pending salt rejection technology can bring the lowest cost desalination in the fast growing $45 billion desalination market.

☀️🔋 Falling battery costs are changing solar economics. Renewables are increasingly becoming: ⚡ More reliable 🌱 More scalable 📈 More competitive 24/7 solar power is getting closer. #Solar #BatteryStorage #CleanEnergy #EnergyTransition ft.com/content/b5c53f…

Strait of Hormuz Closure is Pushing People Toward Off-Grid SOLAR Energy Solutions (analysis video) brightvideos.com/play/vid-5353f…

El 100% de la demanda mayor de energía eléctrica fue renovable. A nivel global… y en el mejor momento para que las economías estén más aisladas del shock fósil inevitable (es parte del diseño)

Our World in Data @OurWorldInData

2 months ago

Low-carbon electricity sources grew faster than demand in 2025, pushing fossil fuels into decline— Solar and wind energy have grown quickly in recent years, but global electricity demand has grown faster. So while their share of electricity generation kept rising, it wasn't

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Salt rejection is the biggest issue with solar desalination $MMMW avoids the scaling issue with the innovation related to the salt rejection. The salt / Brine issue can be cost effectively addressed. Current method in place in recent years uses enormous amount of electricity and are not the most creative in salt /brine disposal.

Mass Megawatts and its very different salt rejection technology can bring the lowest cost desalination in the fast growing $45 billion desalination market. massmegawatts.com

@aias_0 $MMMW has several ways of avoiding the scaling issue and concentrated salt/Brine issue. Salt rejection has been the biggest issue based on numerous science papers including many recent ones at MIT.

The market cap value of $MMMW is about one half of the value of a public company trading shell ( and it has great technology) $MMMW will change things with new tech products.

Europe is facing its second fossil fuel crisis in four years, and the lesson is clear: to improve its energy security, it must rapidly shift away from oil and gas imports and towards home-grown clean electricity. #Hormuz Read here: buff.ly/7gKy4VB

The Iran war’s disruption of Middle East oil and gas supplies is driving countries toward renewable energy, boosting demand for Chinese technology on.wsj.com/4eelW7d

Recent @EU_Eurostat data shows that 47.5% of EU's electricity consumption came from #renewables in 2024 ⚡️! #WindPower represented 38.0% of the total, followed by #HydroPower 26.4%, #SolarPower 23.4%, #biofuels 5.8% and other renewables 6.4%. 🔗 link.europa.eu/N3bfDj

WTH? The Texas water table is lowering & we're in a drought & they want 135 new water sucking data centers, that will only hire Indian hB1 visa holders who bought their degrees at the food market 🤦🏻‍♀️

Jordan @HyperAICapital

3 months ago

🚨 DATA CENTERS UNDER CONSTRUCTION IN THE U.S. (AS OF FEB 2026) 1. Texas — 135 2. Virginia — 134 3. Georgia — 51 4. Ohio — 45 5. Arizona — 35 6. Nevada — 29 7. Indiana — 21 8. Mississippi — 21 9. Illinois — 20 10. Iowa — 16 11. Oregon — 12 12. South Carolina — 12 13. Wisconsin —

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Over a third of data centers are located in water-stressed areas. Why? Because water is often undervalued. How can countries get it right and unlock a water-secure, digital future? Read our latest blog to learn more: wrld.bg/hHuN50XWuwF #RebootDevelopment

Megawatts (OTC: MMMW) recently announced a new hydroelectric s technology with a quick financial payback.  Mass Megawatts had spent a considerable amount of funds and research related to similar technology over the past 25 years.  The Company believes that the energy marketplace will have substantially less barriers to market entry than its related products that Mass Megawatts developed over the years. A new low-cost Hydroelectric Power System that can pay for itself in less than two years at the best locations. The new product can reduce costs by utilizing substantially less than fifty percent material and much less initial engineering requirements for a given rated power output than traditional hydropower plants. The Hydro Multiaxis Turbosystem (ie Hydromat) is a tower structure comprising large lattice like tower sections with many smaller blades that are connected to each axis or shaft of the unit comprised of many shafts with gearboxes and generators. Unlike the Multiaxis Turbosystem, the wind version of the Hydromat, water has 800 times more density and power for any given same velocity for both air and water. The use of stainless steel or any number of composites to support the powerful water velocity could be used as material and still be very cost competitive.

@ECIU_UK Great story on the European Renewable Energy Revolution of 2026 sparked by the Mideast War.

@mohamedmon41975 Plug in balcony solar is a great way of saving installation cost of small homes and apartments especially when the cost of solar panels and inverters, the two most expensive items, are getting cheaper.