Europe Rejects Energy Crisis With Balcony Solar – USA Fights Wars, Europe Goes Independent

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Solar panels for the balcony. No way, not a chance. 😂 Especially since most apartments don't even have a balcony. …
I've never heard anything so crazy. Who would even think of something like that? Best regards from Germany…

I live in Spain and can run the AC all day in the summer for free. Screw off USA.

meanwhile trump wants less green energy and more oil.

A Balkon only makes up 25% in consumption. And heating systems are not power based but oil or gas based. However, the more balkony solar panels in total the less the provider needs to produce.

Also there are many houses where you can t install enough panels compared to the amount of of units. Unfortunately it is not that easy and it is still a, long way to go

I am from Germany and I installed a balcony solar on my garage last year. This year I extended the battery storage to 3,6 kw/h, because even in fall the original 1,8 kw/h storage runs full while the solar panell covers the energy consumption of the house from 10 in the morning for six hours. With the storage I can even charge our electric car a bit in the evening. So it is a great thing.

Last year I thought this would not pay off quickly, as energy prices went down and I got a contract for 22 cents per Kw/h. But now I think it will, as I expect prices will raise as demand goes up. More and more people go for electric cars and heat pumps.

So, if the orange moron destroys the oil production facilities in Iran, would it matter if the strait is open or not?

JUST PIPE DOWN WITH YOUR GIBBERISH WOMAN DEEEEAR GOD! there is no "energy shock" for western civilization from this ABSOLUTELY NONE ZERO ZILCH NADA 😊😊

😂😂😂😂😂😂

Solar from China. The EU produces ZERO solar. The only thing the make are taxes.

Survival is not a Strategy. Europe is executing a "Great Decoupling" from the Gulf, but it is currently a decapitation of its industrial future to save its civilian present. Without a breakthrough in baseload (Modular Nuclear or massive-scale hydrogen), the "green idea" remains a localized palliative rather than a global cure.

Agricultural Failure: You cannot run a combine harvester or produce synthetic fertilizers (Haber-Bosch process) on balcony solar. Since these rely on the very oil/gas that is spiking, food prices will continue to decouple from "green energy" successes.

The Import Trap: If Europe remains an import-heavy model for goods, the "green" gain is erased by the "carbon/oil cost" of shipping those goods across oceans on tankers burning bunker fuel. The logic that "Europe is safe" is a flawed narrative—they are merely "less vulnerable" than they were in 2022.

The Data Center Drain: AI and LLMs require massive, consistent baseload power. Balcony solar is intermittent. By failing to secure industrial-scale energy sovereignty, Europe risks becoming a "museum of decentralized survival" while the US and China dominate the compute-heavy future.

The New Import Dependency: Swapping Russian/Gulf oil for Chinese-made PV panels and batteries is simply changing the master. True innovation requires the domestic production of the entire energy stack, not just its installation.

All of this puts the EU further behind everyone else, while the EU is suffering here. The US, Russia, India, and many other places are not. They are positioning themselves even amid the shock of higher oil, which is only market numbers for them, not a supply-chain choke. The result is that the EU loses leverage with Trump and the Gulf states as energy coordinators around the world. The brain drain is already happening in the EU, where tech people leave for the US, Dubai, and Malaysia. The EU is left with mid-level tech people. That's not a winning strategy.

Over the summer, I bought a small portable solar generator with a 100w solar panel as an emergency backup and to see if this was viable. This was something I wanted to put in place since the major blackout of the eastern seaboard, I'm in Ontario Canada. I may look into getting something slightly larger with a more powerful solar panel to use as supplement, given everything thats going on now. I've even accelerated my research into EV vehicles. I use to run an escooter ages ago when they first landed here, and it worked out fine for the time.

Greetings, El. That move by Germany—to pursue genuine energy self-sufficiency—isn’t just wise, it’s quietly revolutionary. By investing heavily in solar and reducing dependence on centralized government supply and volatile oil markets, they’re stepping out of a game that powerful nations seem all too eager to keep playing—a game where energy becomes leverage, and everyone else pays the price in instability and inconvenience. Independence, in this sense, isn’t just about technology; it’s about reclaiming agency from systems designed to keep people tethered.

What makes the contrast so striking is the narrative tug-of-war surrounding it. On one side, you have voices insisting that rejecting traditional energy dependencies—especially fossil fuels—is some grand strategic blunder, all while their own interests seem neatly aligned with maintaining that very dependence. On the other side, you see competing powers maneuvering, even clashing, to dominate those same markets, turning energy into a geopolitical chessboard. Against that backdrop, Germany’s pivot doesn’t look like a mistake—it looks like foresight. And then there’s the lived reality, which makes all of this less abstract and far more personal. When you exist in a place where load shedding is routine—where darkness is scheduled like an appointment—you begin to see things differently. In those moments, when your lights go out and someone else’s stay on, the idea of energy independence stops being ideological and becomes immediate, almost visceral. It’s no longer about policy debates or global strategy—it’s about who has control over something as basic as light, and who doesn’t.

Let’s take that thread and pull it all the way through, because what Germany is attempting—if it scales successfully—is not merely an energy transition; it’s a structural redefinition of what it means to be an industrial power in the 21st century. If Germany can industrialize its renewable base—particularly solar, wind, storage, and grid intelligence—then it’s not just keeping the lights on. it’s rewriting the cost structure of industry itself. Energy is one of the largest input costs in manufacturing. If that cost becomes stable, locally generated, and increasingly cheap over time, then German industry gains something most competitors won’t have predictability. And in economics, predictability is power. It allows long-term planning, shields firms from geopolitical shocks, and reduces exposure to commodity price spikes that can cripple entire sectors overnight. Now think about what that means for Germany’s traditional strengths—automotive engineering, precision manufacturing, chemicals, heavy industry. These sectors have historically been energy-intensive and therefore vulnerable to fluctuations in gas and oil markets. If those same industries are powered by domestically generated renewables, supported by storage systems and smart grids, then Germany effectively decouples its industrial output from the chaos of global energy politics. That’s not just resilience—that’s strategic insulation. There’s also a second-order advantage that’s even more interesting: technological leadership. Scaling renewable infrastructure at an industrial level forces innovation—better batteries, more efficient panels, smarter distribution systems, hydrogen integration for heavy industry. Germany doesn’t just become a user of these technologies; it becomes a producer and exporter of them. In other words, it shifts from buying energy on global markets to selling the very systems that replace those markets. That’s how you reclaim the “industrial powerhouse” mantle—not by competing in the old paradigm, but by defining the new one. And then there’s the geopolitical angle, which is where things get really sharp. Energy independence reduces vulnerability to coercion. When you don’t rely on external suppliers—especially those entangled in conflict or strategic rivalry—you remove a lever that others can pull against you. No supply disruptions, no price manipulation, no sudden policy shocks imposed from abroad. That autonomy translates directly into political flexibility. Germany can make decisions based on its own interests rather than reacting to the pressures of energy dependency. Now zoom out even further. If this model proves scalable and economically dominant, it becomes contagious. Other nations—especially those tired of being at the mercy of oil markets or energy superpowers—will start to replicate it. And when that happens, the entire global energy landscape begins to shift. The balance of power moves away from resource holders and toward technology holders. Oil fields matter less, intellectual property, manufacturing capacity, and grid infrastructure matter more. And here’s where your earlier point ties back in beautifully: this isn’t just theory—it’s lived reality. In a place where load shedding is normalized, energy independence isn’t some abstract policy goal; it’s a form of liberation. When you see one household lit up while another sits in darkness, you’re witnessing, in miniature, the same dynamic playing out globally. Those who control their energy control their stability. Those who don’t are left reacting, adapting, enduring. So yes—if Germany can scale this industrially, it doesn’t just return to being an industrial powerhouse. It becomes something more refined: a system-level architect of the next industrial era. Not powered by scarcity and competition over finite resources, but by control over infrastructure, innovation, and self-sustaining energy ecosystems. And that, quite frankly, is a far more durable form of power.

I wish it was $5 a gallon in CA. It's over $8 plus in some places. Many cars now run on premium, so it's hitting people hard.

😂that solar stuff started years befor😂 also the plug in devices 😂😂😂😂sorry thumps downe