AI Needs Power More Than Chips: BEP's Edge as SoundHound Drops 70%

The AI stack is often discussed in terms of models, chips, and data, but the scarcest resource may be gigawatts. As SoundHound crashes 70% and Western Digital slides 40%, the lesson for AI professionals is that power availability and cost will shape where training and inference actually happen.

On September 6, 2026, The Motley Fool published a contrarian piece by Reuben Gregg Brewer arguing that investors chasing artificial intelligence stocks may be repeating the dot-com mistake, and that Brookfield Renewable (NYSE: BEP, BEPC) offers a more durable way to play the AI buildout: electricity. The argument is straightforward: AI is just a sophisticated computer program, and every program needs power. The article invokes Yahoo! and America Online as cautionary tales—dominant early internet names that eventually flamed out—and applies that lesson to current AI speculation. It points to SoundHound AI, whose shares have crashed 70% from their 2024 peak, and Western Digital, which has dropped roughly 40% from recent highs, as evidence that investor enthusiasm is outpacing sustainable fundamentals. Even Nvidia, the poster-child of the AI boom, has proven highly volatile.

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It points to SoundHound AI, whose shares have crashed 70% from their 2024 peak, and Western Digital, which has dropped roughly 40% from recent highs, as evidence that investor enthusiasm is outpacing sustainable fundamentals.

The key distinction Brewer draws is between betting on a specific AI winner and investing in the infrastructure layer that all AI systems require. Brookfield Renewable is presented as a picks-and-shovels play: a globally diversified clean power producer with renewable, hydroelectric, wind, solar, and storage assets that can supply the surging electricity demand from data centers. The article notes a step change in electricity demand after a long period of flat growth that began in 2005, driven not only by AI but also by electrification and onshoring trends. This is an important macroeconomic shift. For roughly two decades, U.S. electricity consumption was essentially flat due to efficiency gains and offshoring. Now, data centers, chip fabs, and electric vehicles are pushing grid demand higher, creating a supply-constrained environment in which power producers with contracted assets have pricing power.

From an investment perspective, Brookfield Renewable combines several attributes that may appeal to investors wary of AI volatility. It has a diversified portfolio across geographies and technologies, which reduces single-asset risk. Its cash flows are often contracted under long-term power purchase agreements, providing visibility that speculative AI companies lack. It also offers exposure to the clean energy transition, which is being accelerated by the same AI demand. That dual thesis—AI power demand plus decarbonization—makes it a natural candidate for investors who want to participate in the AI boom without picking a single chipmaker or application vendor.

However, the article should be read with appropriate nuance. Brookfield Renewable is not without risks. The company operates in a capital-intensive industry, and its growth depends on access to debt and equity markets at reasonable costs. Higher interest rates can compress returns on new projects. Regulatory, permitting, and interconnection delays can slow the buildout of new capacity. And although long-term contracts provide stability, they can also limit upside if spot power prices spike dramatically. Investors should also note that BEP and BEPC are different securities—BEP is a limited partnership with distribution characteristics, while BEPC is a Canadian corporation designed to offer similar economics but with different tax treatment. The choice between them depends on an investor's tax situation and account type.