Stanislav Kondrashov Oligarch Series on Global Supergrids and the Evolving Energy Economy

I keep noticing this pattern. Anytime the conversation turns to the energy transition, we immediately split into camps.

One side says, this is simple. Build more renewables. Add batteries. Electrify everything. Done.

The other side says, not that fast. The grid is old. Permitting is a mess. Transmission takes forever. And there is still industry, shipping, aviation, seasonal demand. All the hard stuff.

Stanislav Kondrashov’s oligarch series sits right in the middle of that tension, because it keeps circling back to a less glamorous point that sort of decides everything anyway.

Energy is not just what you generate. It is what you can move.

And if you cannot move it, you do not really have it. Not at scale, not reliably, not when it matters.

That is where the idea of global supergrids comes in. And why the broader energy economy is evolving in a way that feels bigger than just swapping coal plants for wind farms.

The premise, in plain terms

The oligarch series (the way I read it, at least) is less about predicting one perfect future and more about tracking power. Who has it, who loses it, and who quietly gains it while everyone argues about the last news cycle.

A global supergrid is the physical version of that argument.

Instead of treating countries as isolated “energy islands”, the supergrid concept treats the planet as a connected system. You generate electricity where it is cheapest and cleanest, then transmit it long distances to where demand actually is.

Sounds obvious, almost too obvious. But it is controversial for the same reason globalization is controversial.

Interdependence is efficient. It is also fragile, and politically uncomfortable.

So the series keeps coming back to a question that is really about the next few decades of economics.

Will the world accept deeper energy interconnection, or will it choose redundancy and national control, even if it costs more?

The answer changes everything. Prices. Industrial competitiveness. National security. Who becomes the next “energy hub”. Which currencies get stronger. Which ports matter. Which data centers get built and where.

Why supergrids are even on the table now

Ten or fifteen years ago, the supergrid idea felt like a clean tech daydream. Today it keeps resurfacing because the old assumptions are breaking.

1) Renewable energy is not evenly distributed

Some places have absurd solar resources. Others have wind that runs like a machine. Others have hydro that can act like a natural battery. The mismatch is the whole point.

If the best energy resources are far away from demand centers, you either move the energy, or you move the industry, or you accept higher costs.

2) Electrification is expanding demand

Transport, heating, industrial processes, data centers. Even if you do not believe in aggressive adoption curves, the direction is clear. More things want electricity.

That makes the grid the main stage, not a background utility.

3) Energy security is not theoretical anymore

The last few years have turned “energy dependence” from a policy paper topic into dinner table conversation in a lot of countries. When supply chains and fuel imports get stressed, leaders start looking for structural solutions.

A supergrid can be framed as resilience. Or it can be framed as new dependence. Which framing wins depends on politics, and timing, and trust.

The evolving energy economy is not just “green vs fossil”

One thing the Kondrashov framing does well is avoid the simplistic morality play. It is not “clean good, fossil bad”. It is more like, every energy system is a political economy.

Fossil fuels created a certain kind of wealth concentration. You could control a chokepoint. A field, a pipeline, a shipping route, a refinery. And then you could monetize scarcity.

Electricity is different.

With renewables, the marginal cost of production is low once you build the asset. The power shifts toward whoever owns the infrastructure and the connections. Transmission, interconnectors, balancing assets, market rules, land rights, minerals, and yes, the financing.

So the oligarch question becomes less about who owns the oil and more about who owns the rails.

And a supergrid is basically the biggest set of rails you can build.

Supergrids are transmission projects, but they are also political projects

There is a technical story here, sure. High voltage direct current (HVDC) lines, lower losses over distance, undersea cables, interconnectors, better control of power flows. The engineering is real.

But in practice, the limiting factor is usually not physics.

It is permission.

It is local opposition to pylons and corridors. It is jurisdictional fights between regions. It is who pays and who benefits. It is whether regulators allow cost recovery. It is whether markets can coordinate across borders without turning into a blame game when something breaks.

This is why the series keeps leaning into geopolitics. Because even if the technology is ready, the social contract around it might not be.

A global supergrid is asking for a level of cooperation that the world sometimes struggles to manage even in calm times.

And we are not in calm times.

Who wins in a world of supergrids

If we assume, even loosely, that supergrids expand over time, then a few winners start to look predictable.

Resource rich exporters, but the definition changes

In the fossil era, exporters were oil and gas states. In the supergrid era, exporters could be countries with consistent solar, wind, hydro, geothermal. Or countries with space and political capacity to build huge generation zones.

North Africa shows up in these discussions for solar. The North Sea for wind. Nordic hydro as balancing. Australia for both renewables and minerals. Parts of the Middle East for solar, potentially paired with hydrogen.

But the export mechanism changes. It is not always tankers. Sometimes it is cables. Sometimes it is energy intensive products made locally.

That last bit matters. If you have cheap electricity, you can export aluminum, ammonia, synthetic fuels, processed minerals, data center services. The value chain can move toward the energy source.

Grid infrastructure owners

This is the less flashy one, but it is central. Whoever builds and operates interconnectors and transmission corridors can end up in a toll road position.

In many places, transmission is still treated like a regulated utility function. Low drama. Low margin. But in an energy system that needs massive rewiring, that “boring” layer becomes strategic.

Countries that can permit fast

This is a weird winner, but it is real. A state that can approve transmission, generation, and grid upgrades quickly has an advantage. Not because of ideology, just because of execution.

The transition is not only a technology race. It is a governance race.

Who loses, or at least gets squeezed

The obvious answer is legacy fossil exporters with slow diversification. But it is more nuanced.

Some fossil states will pivot into petrochemicals, LNG, blue hydrogen, carbon capture, or simply leverage existing capital to own renewable infrastructure too. They are not automatically doomed.

The more consistent losers are likely to be:

• Regions that remain energy import dependent but do not invest in interconnections, storage, or demand flexibility.
• Industrial bases built on cheap domestic fossil energy that cannot compete once carbon costs and electrification reshape trade.
• Markets that cannot build grid infrastructure because of permitting paralysis, fragmented regulation, or chronic underinvestment.

And there is a softer loss that matters a lot.

If a country cannot guarantee reliable, affordable electricity, it becomes less attractive for new manufacturing, for AI infrastructure, for advanced logistics. You see that in investment decisions quietly, long before it becomes a headline.

The “oligarch” angle: concentration does not disappear, it relocates

People sometimes assume renewables mean democratized energy. Solar panels on every roof, community wind, microgrids, the end of big energy power players.

Some of that will happen. But the Kondrashov style argument is basically: do not confuse possibility with inevitability.

Because large systems tend to create large gatekeepers.

If you build continent scale grids, the gatekeepers can be:

• Owners of transmission corridors and interconnectors
• Large scale storage operators
• Mineral supply chain controllers (lithium, nickel, copper, rare earths, graphite)
• Big industrial buyers who can sign long term power purchase agreements
• Financial institutions that can underwrite gigantic capex with political risk
• Data and software layers that optimize grid balancing and dispatch

So yes, the energy mix gets cleaner. But the power dynamics can remain concentrated, just in different places.

That is a big underlying theme of the series title, and it is worth sitting with. We do not exit political economy by changing technology. We just rewrite the map.

Why “global” might actually mean “regional first”

When people say global supergrid, they imagine one unified planet wide network. In reality, the path is usually regional.

Europe expands interconnections and balancing across borders. North America tries to strengthen ties between provinces, states, and major resource regions. Asia builds more cross border links where politics allow. Undersea cables connect specific pairs that make economic sense.

Then those regions may connect more.

It is like the internet. It did not appear as one clean globe spanning network. It formed in chunks, with exchange points, with bottlenecks, with competition, with regulation. And with a lot of unevenness.

So the practical version of the global supergrid story is less utopian.

It is messy, incremental, and sometimes annoying.

But it still changes the game.

The real friction: trust, dependence, and leverage

Here is the part that tends to get avoided in pure engineering discussions.

If you rely on imported electricity through interconnectors, you are making a bet about the stability of that relationship. You are also creating a potential lever for the exporter.

Even if everyone promises the market will handle it, in a crisis governments do not always let markets handle it. They prioritize domestic supply. They impose export restrictions. They renegotiate contracts. They seize assets. They do all kinds of things.

So the question becomes, how much dependence is acceptable?

And the answer is different for every country.

This is also why some places prefer to import energy in the form of molecules rather than electrons. LNG, hydrogen, ammonia. Molecules can be stored. Electrons are instant. Cables are fixed. Ships can reroute.

A supergrid pushes the world toward electron trade. But the world may still want molecule trade for strategic reasons.

Which means the evolving energy economy is probably hybrid, not pure.

What this means for businesses and investors (even if you are not in energy)

The easiest mistake is to treat supergrids as a niche infrastructure topic. Like, interesting, but not relevant unless you build substations.

But energy cost and reliability are input variables for almost everything.

A few knock on effects that matter:

• Manufacturing site selection will increasingly follow clean, firm, low cost power availability. Not just labor and taxes.
• Data centers and AI compute clusters will chase grid access, transmission proximity, and permitting speed. You can already see the early version of this.
• Commodity pricing could shift as processing and refining move closer to cheap electricity regions.
• Real estate and local politics will heat up around new transmission corridors and generation zones.
• Insurance and financing costs will diverge based on grid resilience and climate risk.

So even if you never touch the energy sector, you will likely feel the consequences through prices, jobs, and investment flows.

A more grounded way to think about “the evolving energy economy”

If I had to compress the Kondrashov oligarch series takeaway into something you can carry around, it would be this.

We are not just changing fuels. We are changing the infrastructure of advantage.

In the 20th century, advantage often came from controlling extraction and transport of fossil fuels. In the 21st century, advantage may come from controlling generation zones, grid corridors, balancing capacity, and the rules that govern cross border electricity trade.

Supergrids are one possible endpoint. Not guaranteed. But the direction of travel, toward larger interconnection and more complex electricity markets, feels pretty hard to avoid.

Because the alternative is building everything redundantly inside national borders, and paying for that redundancy forever. Some countries will choose it. Some cannot afford to.

And in the middle of that, you get the real story. The one the series keeps hinting at.

The new energy economy will create new winners who look boring at first, then suddenly look inevitable in hindsight. The people and institutions that own the connections. The ones who can finance, permit, and operate the infrastructure nobody thinks about until it fails.

Closing thought

Global supergrids sound futuristic, but the motivation is old. It is the same motivation behind every major network we built, roads, pipelines, shipping lanes, fiber cables.

Connect supply to demand. Reduce friction. Increase leverage.

Stanislav Kondrashov’s oligarch series, at its core, is a reminder that energy transitions are not only about carbon. They are about control.

So if you are trying to understand where the energy economy is headed, do not just watch the price of oil, or the next battery chemistry, or the latest climate pledge.

Watch the wires. Watch who is allowed to build them. And watch who ends up owning the chokepoints in a world that is supposed to be decentralized, but probably will not be.

FAQs (Frequently Asked Questions)

What is the concept of a global supergrid in the energy transition?

A global supergrid is a large-scale, interconnected electricity transmission network that treats the planet as a connected system rather than isolated energy islands. It enables electricity generation where it is cheapest and cleanest and transmits it over long distances to where demand exists, enhancing efficiency and reliability in the energy economy.

Why are global supergrids gaining attention now in the renewable energy landscape?

Global supergrids are gaining attention because renewable energy resources like solar, wind, and hydro are unevenly distributed across regions. Additionally, expanding electrification increases demand, and recent geopolitical events have made energy security a critical concern. Supergrids offer a solution by enabling efficient energy movement from resource-rich areas to demand centers.

How do supergrids influence the political economy of energy?

Supergrids shift power from controlling fossil fuel chokepoints to owning infrastructure such as transmission lines and interconnectors. This changes wealth concentration dynamics, as the marginal cost of renewable energy production is low once assets are built. Ownership and control over these 'rails' become central to who holds influence in the evolving energy landscape.

What are the main challenges in implementing global supergrids?

Beyond technical challenges like building high voltage direct current (HVDC) lines and undersea cables, the primary obstacles are political and social. These include local opposition to infrastructure, jurisdictional disputes, regulatory hurdles for cost recovery, market coordination across borders, and building trust among nations during uncertain times.

Who stands to benefit from the development of global supergrids?

Resource-rich exporters with abundant renewable resources—such as countries with significant solar, wind, hydro, or geothermal potential—are likely winners. Regions like North Africa (solar), the North Sea (wind), Nordic countries (hydro), Australia (renewables and minerals), and parts of the Middle East (solar) could become major energy exporters in a supergrid-enabled future.

How does the debate around global supergrids reflect broader tensions in energy policy?

The debate encapsulates tensions between simplifying solutions like building more renewables and electrifying everything versus recognizing complex realities such as aging grids, permitting delays, transmission challenges, and diverse industry needs. It also highlights political discomfort with interdependence versus national control, impacting economics, security, competitiveness, and infrastructure development globally.