Let’s rewind for a moment. Not too long ago, Spain and Portugal plunged into darkness — a vast blackout, so synchronized, it felt like a prelude to a cyberpunk dystopia. Screens died, trains halted, and in the confusion, one word surged to the surface like a headline typed in all caps: renewables.

The accusation came quickly and loudly. It was as if solar panels conspired with wind turbines to yank the plug on the Iberian peninsula. But, as we’ve already broken down, the truth was far messier — and far more revealing. Renewables didn’t cause the crisis. They cushioned it.

Therefore, as the continent steadies itself post-blackout, a bigger question looms: What does renewable energy mean for Europe right now?

The Price is Falling, But the Stakes Are Rising

If April’s electricity prices are any indication, clean energy isn’t just surviving — it’s thriving. According to GMK Center, electricity prices across Europe nosedived last month. The why? A perfect storm of increased renewable output, low gas demand, and milder weather.

The perennial bellwether Germany saw prices drop to just over €50 per MWh — a steep plunge from previous months. Spain and Portugal followed suit, echoing a continent-wide trend: the more wind and sun in the mix, the lower the cost of keeping the lights on.

But here’s the kicker: this isn’t just a happy accident of spring breezes. It’s the payoff of policy, infrastructure, and momentum, and Europe is not slowing down.

From Grids to Stars: Enter Fusion

While wind farms spin and solar panels soak in the sun, Europe is also chasing something far more sci-fi: fusion energy. Yes, the holy grail of clean power—energy from the stars, bottled for Earth. And the EU wants a front-row seat.

Recently, the European Commission laid out its roadmap toward fusion, sketching a vision that stretches into the 2030s. The plan includes heavy public-private collaboration, scaled-up testing, and building on ITER’s advances. The aim? Achieve a net energy gain — something humanity has never done with fusion — and start integrating this power into Europe’s future grid.

It’s ambitious. Risky. Expensive. But let’s be honest: so was the entire concept of a united renewable grid twenty years ago.

The Myth Still Haunting Clean Energy

And yet, after all the progress, we still see the same reflex: blame clean energy when things go dark.

What the blackout taught us is that perception lags behind reality. Clean energy is now the backbone of European electricity. But in times of instability, old narratives resurface like ghosts — that renewables are unreliable, that we’re not ready, that we need to return to the comfort of coal or gas.

The truth? Europe is building something resilient. Not perfect. Not glitch-free. But resilient. The answer isn’t to backpedal — it’s to double down.

What Comes Next

Europe’s clean energy future isn’t some far-off ideal — it’s already in motion. You can see it in the policies being passed, in the grids being reworked, and in the steady advances happening behind the scenes in fusion labs. But it’s also unfolding in a much messier arena: public opinion, political narratives, and the stories we tell when things go wrong.

The blackout was a flashpoint — a reminder that even in a system built for resilience, failures can still happen. What matters now is how Europe responds.

At this moment, electricity prices are down across the board. Fusion is starting to look less like science fiction and more like a long-term bet. Renewables aren’t just holding — they’re becoming the default. And the grid? It’s evolving, slowly but surely, to match the pace of the transition.

The conversation is changing, too. Less about blame. More about preparation. Less about whether clean energy works. More about how we make it work better.

This isn’t a question of belief. It’s a question of follow-through.