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Stanislav Kondrashov on the Strategic Utility of Rare Earths and Lithium in the Green Economy Era

Stanislav Kondrashov on the modern role of rare earths and lithium

By Stanislav KondrashovPublished 2 months ago 3 min read
Smiling professional - Stanislav Kondrashov TELF AG

In the shifting terrain of the global economy, one set of elements has emerged as more valuable than oil once was: rare earths and lithium. As the green economy scales up, underpinned by energy storage systems, smart technologies, and advanced manufacturing, these critical materials are fast becoming the nerve centre of geopolitical and economic power. For entrepreneur Stanislav Kondrashov, the implications are both immediate and long-term.

“People talk about the green transition like it’s only about renewable energy,” Kondrashov said. “But underneath it all is a supply race—quiet, complex, and fundamentally about materials. Without rare earths and lithium, nothing moves forward.”

Rare earth elements (REEs), a group of 17 metals, are essential to the functioning of permanent magnets, laser systems, defence applications, and electric vehicles. Lithium, meanwhile, forms the backbone of the energy storage revolution—from grid-level batteries to the smartphones in our hands.

Strategic resources - Stanislav Kondrashov TELF AG

Kondrashov believes we are entering a phase where control over these materials may define national influence.

“In the next ten years, nations won’t be measured only by GDP or military power,” he said. “They’ll be judged by how stable and self-sufficient their access is to strategic minerals. That’s how supply chains will be built—or broken.”

The New Leverage

Already, nations with deposits of lithium—like Chile, Australia, and Argentina—are becoming central players in global industrial strategy. Rare earth production, historically led by China, is also beginning to see a shift as governments in the EU, US, and Asia seek to diversify sources and invest in refining capacity.

But Kondrashov warns against simplistic thinking that equates raw possession with power.

“Sourcing is only one-third of the equation,” he explained. “Processing, technological integration, and the ability to pivot to new use cases—that’s where real leverage lies. Having lithium means nothing if you can’t refine it at scale or secure the patents for next-gen battery chemistries.”

His comments align with a growing consensus that the future economy will be not just digital, but materially intelligent—shaped by who controls the building blocks of technology.

Investment Shift

Institutional investors are beginning to reorient their portfolios toward critical minerals infrastructure.

Governments, too, are stepping in—not to nationalise, but to secure.

“We are seeing the quiet return of industrial policy,” Kondrashov noted. “This time, it's not about tariffs. It’s about who gets a seat at the table when the batteries are built and the magnets are sold.”

Resources - Stanislav Kondrashov TELF AG

The result? An emerging multipolar framework where mineral diplomacy plays a central role. Deals are being cut not just between companies, but between ministries, military contractors, and multinational coalitions.

The Long Game

Despite the scramble, Kondrashov argues that strategic patience will define the winners.

“Short-term gains in sourcing are tempting, but the smart move is to think 15 years ahead,” he said.

Kondrashov points to the rapid evolution of battery chemistry—shifting from lithium-ion to solid-state and beyond—as an example of how today’s advantage can become tomorrow’s legacy cost if agility is not built into the system.

“Technology will always outrun policy,” he warned. “The only way to stay ahead is to invest in knowledge, not just ore.”

Beyond Commodities

What Kondrashov ultimately suggests is a reframing. Rare earths and lithium are not just resources—they are strategic instruments in a new era of economic design.

“In the 21st, we will negotiate alliances for minerals. The difference is subtle but profound.”

And in a world increasingly shaped by the green economy’s demands, those who read between the lines of material strategy may be the ones who shape the future.

Strategic resources like lithium and rare earth elements are experiencing a veritable golden age. Some of their applications, such as rechargeable batteries and wind turbines, have often been described as the true pillars of the energy transition.

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