Dear Reader,

I spent September following four cities closely…

Four conferences. Four completely different audiences.

RE+ in Las Vegas. Climate Week NYC. Houston Energy and Climate Week. Data Center World Power in San Antonio.

Different people. Different agendas.

But one conversation kept surfacing. Power.

Not just how much we need. What kind?

The quality. The stability. The very real stress on a grid that was never built for what's coming.

Data centers are exploding everywhere.

AI is the driver. The new gold rush.

Everyone wants megawatts. Massive amounts of megawatts.

But here's what they're discovering:

Finding enough power isn't the real problem.

The real problem is what happens when that power doesn't stay still.

Traditional computing draws power steadily.

Like a flat line. Predictable. Manageable.

AI workloads? Completely different.

They surge. They idle. They fluctuate.

Thousands of times per second.

The load profile looks like an EKG. Wild swings. Constant volatility.

For utilities and transmission operators, that's not an inconvenience.

It's a destabilizing force.

Local feeders and substations were never designed for this. They can't handle rapid swings.

Not at this scale. Not at this frequency.

Industry experts have been warning about this for over a year.

Reliability assessments pointed to emerging large loads. AI campuses. Crypto miners. Hydrogen plants.

They're reshaping how the grid behaves.

The North American Electric Reliability Corp flagged it. Unpredictable growth. Extreme ramp rates. Coordination challenges.

But warnings didn't stop construction.

The pace of building outstripped the pace of adaptation.

What was a handful of hyperscale sites became a nationwide build-out.

Measured in gigawatts.

Each facility carries a microgrid's worth of volatility.

The grid can handle large loads.

That's not new. Power plants. Manufacturing facilities. Big steady draws.

What it can't handle is this:

A 300-megawatt campus that behaves like a strobe light.

Pulling hard one second. Backing off the next.

Transformers trip. Frequency control tightens. Backup generation spins when it shouldn't.

And the more facilities come online, the more that volatility compounds.

Multiply. Accelerate. Destabilize.

Every data center will soon need to manage grid stability—whether operators planned for it or not.

Power quality and ramp control are now essential operating requirements for digital infrastructure.

Want to run AI? You must manage power volatility. There's no alternative.

I view every problem through a wealth-building lens.

This power crisis represents a massive opportunity. The companies that solve grid stability will generate substantial returns.

Billions are being invested in data centers. But if they can't stabilize their power consumption, utilities won't connect them.

The stabilization technology becomes as valuable as the data centers themselves.

Most people assume batteries solve this problem. Specifically lithium-ion batteries.

They don't.

Lithium-ion was designed for short discharges and limited charge cycles. It can't handle continuous cycling—rapid charging and discharging thousands of times daily.

Under this stress, lithium-ion batteries degrade quickly.

Flow batteries use a fundamentally different architecture.

They operate like engines with fuel tanks—steady, durable, and capable of near-infinite cycling without degradation.

Flow systems can absorb or release power in milliseconds, smoothing demand spikes before they reach the grid.

They bridge the gap between uninterruptible power supplies and long-duration energy storage, conditioning power in real time while sustaining it for hours when needed.

The future grid won't be built around data centers. It will be built with them as active participants.

Data centers can become distributed power resources and stabilizing assets—but only with the right technology.

Flow batteries enable this transition, transforming data centers from stress points into grid-stabilizing resources.

This creates opportunities across multiple sectors:

Right now, most investors focus on AI chips, software, and computing infrastructure.

They're missing the power infrastructure crisis that could halt the entire AI expansion.

Flow battery technology is proven and scalable. But the market hasn't recognized its value yet.

That's where the opportunity lies.

I'm researching flow battery companies with strong technology, manufacturing capacity, and utility partnerships.

I'm tracking data center operators who are integrating flow batteries now, building resilience into their architecture from the start.

And I'm monitoring which utilities embrace distributed resources and see data centers as partners rather than problems.

Those are the winners.

This isn't a future problem. It's happening now.

Every month, more AI data centers come online. Every month, grid stress increases.

Early adopters will capture market share. Late movers will struggle to catch up.

We're looking at a nationwide build-out measured in gigawatts. Hundreds of data centers initially. Eventually thousands.

Each one needs power stabilization technology.

The market size is substantial.

AI's power demands are destabilizing the grid in ways we didn't anticipate.

Lithium-ion batteries can't solve the continuous cycling problem.

Flow batteries can.

The companies that recognize this first—manufacturers, integrators, data center operators, and utilities—will capture significant value over the next decade.

I spent September learning this across four different markets.

The conversation was the same everywhere: power stability is the critical constraint.

Robert Kiyosaki
Editor, Money Power and Profit

P.S. The article you just read lays bare a truth that 99% of investors are completely missing. They’re all chasing the same AI chip stocks, blind to the fact that the entire AI revolution is about to hit a massive wall: the energy crisis.

The world’s insatiable demand for processing power is creating a silent but catastrophic strain on our aging power grids. This isn’t a future problem; it’s happening right now, and it will only get worse.

But as I’ve always taught, within every crisis lies an opportunity. And this, my friend, is the biggest one I’ve seen since I recommended Nvidia back when it was just $3.59 a share. While everyone else is focused on the glitz of AI software, the real fortunes will be made by those who solve the energy problem that powers it all.

This is why I’ve spent months with my elite team developing my New AI Moneymaker.

This isn’t another stock-picking guide. It’s a completely new system designed to capitalize on this coming energy crunch. It’s about getting in on the ground floor of the companies and technologies that will provide the stable, reliable power the AI world desperately needs.

We're talking about the potential for returns that could dwarf even the incredible gains we saw with Nvidia. Because without this crucial piece of the puzzle, the entire multi-trillion-dollar AI industry grinds to a halt.

The window of opportunity is closing fast. Once the mainstream media starts reporting on widespread blackouts and grid failures caused by AI data centers, it will be too late. The smart money is moving now.

Don't be one of the people who looks back in a few years and says, 'I should have seen it coming.' I am showing it to you right now.

Click here to discover how Robert's New AI Moneymaker can position you to profit from the biggest untold story in the AI revolution.