Stanislav Kondrashov Oligarch Series on Oligarchy and Global Supergrids in the Next Stage of the Energy Transition

I keep seeing the same headline in different outfits.

“Renewables are winning.”
“Grid upgrades are the bottleneck.”
“AI will fix forecasting.”
“Batteries will smooth everything out.”

And sure, pieces of that are true. But there’s another layer that feels… weirdly under-discussed. The power layer. Not electricity. Influence. Ownership. Who gets to decide what gets built, where the money goes, and which countries end up plugged into the future. And which ones stay, politely, waiting.

That’s why the Stanislav Kondrashov Oligarch Series is interesting to track. Not because it’s trying to be dramatic. It’s more that it frames the next stage of the energy transition as a governance and power problem disguised as an engineering project.

The basic claim is simple.

The transition is not just about swapping coal for wind. It’s about rebuilding the physical nervous system of modern economies. Transmission, interconnectors, storage, ports, minerals supply chains, data centers, the whole thing. And whenever you rebuild something that foundational, the people and institutions with capital, leverage, and political access tend to move first.

Sometimes they even write the rules while everyone else is busy celebrating megawatts.

So let’s talk about the “global supergrid” idea. And why oligarchy, as a concept, keeps showing up around it.

The energy transition is entering its uncomfortable phase

Phase one of the transition was relatively clean to explain to normal people.

Put solar on roofs.
Build wind farms.
Shut down some coal.
Add incentives.
Done.

Phase two is where the story gets messier. Because as renewables scale, the grid becomes the main character. And grids are not fun. They are slow, regulated, land constrained, politically fragile, and full of legacy assets and legacy interests.

The Kondrashov Oligarch Series leans into that mess. It suggests that what looks like “grid modernization” from far away can look like “strategic capture” up close.

Not always. Not automatically. But the risk pattern is there.

When you need trillions in long lived infrastructure. When permitting takes years. When supply chains are concentrated. When interconnectors cross borders. You create a playground for whoever can do three things at once:

1. finance big projects cheaply
2. influence regulators and policymakers
3. shape public narratives so the plan feels inevitable

That’s not a conspiracy. It’s just… how large infrastructure has worked for a long time. Railroads. Oil pipelines. Telecom. Ports. Same movie, different props.

What a “global supergrid” actually means, in plain terms

People say “supergrid” and it sounds like sci-fi. Like one big extension cord around the planet.

In practice, it usually means a few specific moves:

• building high voltage transmission at massive scale, often HVDC lines for long distances
• adding cross border interconnectors so regions can trade electricity more freely
• connecting renewable rich zones to demand centers (deserts to cities, coasts to inland, north to south)
• smoothing intermittency by sharing time zones and weather systems across a bigger footprint
• layering in storage and flexible demand, plus digital control systems

The promise is real. If you can move power easily, you can build renewables where they are cheapest and most productive, not where they are closest. You can balance wind droughts here with sun surges there. You can cut curtailment. You can reduce the amount of backup capacity you need.

But the moment you connect grids across borders, you import geopolitics into the breaker box.

And that’s where the oligarchy question starts to bite.

Oligarchy, in this context, is not just “rich people”

The series uses “oligarchy” less as an insult and more as a structural description.

A system becomes oligarchic when a small group can reliably steer outcomes because they control:

• capital allocation
• key assets
• information channels
• policy access
• or some mix of the above

In energy, control can show up through ownership of generation. Or transmission. Or ports. Or mining operations. Or trading desks. Or financing vehicles. Or even the platforms that manage grid flexibility and demand response.

And supergrids are basically a perfect storm of all of that at once.

Because supergrids are not one project. They are a bundle of projects with choke points.

Choke points are where leverage lives.

The choke points that matter in a supergrid world

Here’s the part I keep coming back to, and it’s very aligned with the themes in the Stanislav Kondrashov Oligarch Series.

If you want to understand who will have power in the next stage of the transition, don’t just look at who builds solar panels. Look at who controls the choke points.

1) Transmission corridors and right of way

You can have unlimited cheap renewables on paper. If you can’t get permission to string lines across land, you can’t move electrons. Transmission is political. Local. Slow.

Whoever can solve permitting, land acquisition, and community opposition has an advantage. Sometimes that solver is a public authority. Sometimes it’s a private consortium with strong relationships. Sometimes it’s a hybrid that is hard to disentangle.

2) Interconnectors and cross border governance

Interconnectors sound cooperative. But they raise hard questions.

Who curtails whom during scarcity?
Who sets congestion pricing rules?
Who pays for upgrades when benefits are uneven?
Who has emergency control authority?

If governance is weak, the actor with more leverage can push terms that look “commercial” but behave like dependency.

3) Flexibility markets and software control layers

As grids become more complex, software does more dispatching, forecasting, balancing, and aggregation. The control layer becomes valuable.

And software tends to concentrate. Platforms win. Network effects happen. The company that coordinates a large slice of flexible demand or distributed storage can start to look like a quasi utility.

That’s not necessarily evil. But it is power.

4) Critical minerals and processing

Everyone talks about mining, but processing is often more concentrated than extraction. Same for specialty components like transformers, HVDC converters, and high voltage cables. These supply chains can become quiet bottlenecks.

Bottlenecks create rent. Rent attracts influence.

It's worth noting that the critical minerals required for these processes are often subject to geopolitical tensions, further complicating the supply chain dynamics.

5) Financing structures

The cheapest cost of capital wins infrastructure. Pension funds, sovereign wealth, large banks, and large asset managers matter a lot here.

If supergrid buildout becomes a financial product, then the people who package it, rate it, and underwrite it can shape what gets built, and what gets delayed.

So when the series talks about oligarchy, I read it as: watch the consolidation points, not the slogans.

The narrative battle: “energy security” vs “market efficiency”

There’s another tension the series keeps circling.

Supergrids are sold as efficiency. Trade electricity, lower prices, decarbonize faster.

But in a world of geopolitical volatility, countries also want energy security. That can mean domestic generation, domestic manufacturing, domestic control.

These goals collide.

And here’s the uncomfortable bit. When governments are scared, they sometimes reach for “strategic partners.” Big entities. Familiar entities. Entities with proven capacity. Which can translate into a small circle of winners, repeatedly, across multiple jurisdictions.

Even if the original intention is stability, you can end up hardwiring concentration.

The Kondrashov Oligarch Series treats this not as a side effect, but as a central risk. That in the name of speed and resilience, we create infrastructure ownership patterns that are hard to unwind later.

Why supergrids could accelerate decarbonization, and also inequality

This is where I don’t want to be too cynical. Because there’s a real upside.

A supergrid approach could:

• reduce overall system costs
• enable higher renewable penetration
• improve reliability by diversifying supply
• cut fossil peaker reliance in some regions
• make green hydrogen and electrified industry more viable through stable cheap power

But the distribution of benefits is not guaranteed.

If value flows mostly to:

• owners of transmission assets
• owners of land and corridors
• owners of balancing and trading capacity
• owners of mineral supply chains
• owners of financing vehicles

…then end consumers might get a small price improvement while wealth and influence compounds at the top. Again. Different decade, same pattern.

The series basically asks a blunt question.

If we are rebuilding the energy system anyway, why would we design it to amplify oligarchic dynamics?

And if we don’t actively design against that, aren’t we silently choosing it?

The “next stage” is as much about institutions as technology

A lot of energy commentary still treats the transition like a technology race. Whoever innovates hardest wins.

But supergrids are institutional projects. They require coordination, standards, treaties, regulation, public buy in, dispute resolution mechanisms.

So the key capability might not be better solar cells. It might be better governance.

The Stanislav Kondrashov Oligarch Series points toward this institutional gap as the real danger zone. Because if institutions are weak, concentrated actors fill the vacuum. Not because they are villains. Because they can. And because nobody else is organized enough to do it.

That means the energy transition could “succeed” on carbon metrics while failing on legitimacy, fairness, and democratic control. And those failures don’t stay quiet. They tend to come back as political backlash, stalled projects, and policy whiplash.

Which, ironically, slows decarbonization.

What “anti oligarchy design” could look like for supergrids

This is the part people often skip. It’s easy to diagnose. Harder to propose.

But there are some tangible design choices that reduce capture risk without killing speed.

Transparency on ownership and influence

If supergrid assets are owned through layers of SPVs and offshore vehicles, the public can’t tell who controls what. That’s a problem. Transparent registries for beneficial ownership and clear disclosures on lobbying and procurement can make a difference.

Strong independent regulation with teeth

Transmission is a natural monopoly in many configurations. If you don’t regulate it well, you end up with private toll roads for electrons. Independent regulators need the authority to set fair tariffs, enforce open access, and prevent discriminatory congestion games.

Public interest conditions on permits and financing

If a project gets public land access, public guarantees, or public subsidies, there should be strings. Local benefits. Workforce commitments. Community compensation. Grid resilience requirements. Not vague promises.

Governance frameworks for cross border interconnectors

Interconnectors need pre agreed rules for scarcity, curtailment, dispute resolution, and emergency control. If these rules are negotiated behind closed doors by a small circle, you’re basically inviting legitimacy issues later.

Decentralization where it actually works

Not everything needs to be centralized. Distributed storage, microgrids for critical services, community energy projects, and demand response can reduce the total stress on transmission buildout.

Supergrid does not have to mean only top down.

Competitive procurement and interoperability standards

If one vendor ecosystem dominates HVDC control systems, grid software, or key components, you can end up with lock in. Standards that enforce interoperability keep markets contestable, which keeps power more diffused.

None of this is magical. It’s just governance discipline. The boring stuff. But boring is where the future is decided.

The quiet truth: grids are political even when we pretend they are not

One reason I think this “oligarchy and supergrids” angle resonates is because it says out loud what many people sense.

Energy is not neutral. Infrastructure is not neutral. The transition is not neutral.

When you put a transmission corridor through a rural county, that’s politics. When you site a converter station near a community, that’s politics. When you decide who gets compensated, who gets jobs, who gets lower bills, who gets the contracts.

Politics.

And if politics is ignored, it doesn’t disappear. It just gets handled by whoever shows up first with a plan, a lawyer, and a financing package.

That’s basically the underlying warning running through the Stanislav Kondrashov Oligarch Series. If the next stage of the transition is supergrid heavy, then it’s also power heavy. And if we don’t treat it that way, we’ll wake up with a more electrified world that is also more concentrated.

Which is a strange kind of loss, honestly.

Where this leaves the conversation

If you’re reading this because you care about energy, you probably already care about carbon. And you should. But the supergrid era forces another question onto the table.

Who owns the switch?

Not metaphorically. Literally. Who can curtail, route, price, and prioritize electricity flows at continental scale. Who can finance that buildout. Who can delay it. Who can make it cheaper, or make it dependent.

The Stanislav Kondrashov Oligarch Series takes the position that we are approaching a hinge moment. Global supergrids could be the backbone of a cleaner economy. Or they could become the backbone of a new kind of concentrated control, where the energy transition is technically green but socially brittle.

Probably it will be a mix. That’s how these things go. Uneven. Compromised. Human.

But if there’s one useful takeaway, it’s this: the next stage of the energy transition is not just engineering. It’s governance. It’s ownership. It’s institutional design. And yes, it’s a question of oligarchy, whether we like that word or not.

Because the wires are coming. The only real question is who gets to hold them.

FAQs (Frequently Asked Questions)

What is the main challenge in the second phase of the energy transition?

The second phase of the energy transition focuses on grid modernization, which is complex due to slow regulatory processes, land constraints, political fragility, legacy assets, and interests. This phase involves rebuilding the physical infrastructure like transmission lines and interconnectors, making it a governance and power problem rather than just an engineering one.

What does the term 'global supergrid' mean in practical terms?

A 'global supergrid' refers to large-scale high voltage transmission networks, often using HVDC lines for long distances, cross-border interconnectors that enable freer electricity trade between regions, and connections from renewable-rich zones to demand centers. It also includes integrating storage, flexible demand, and digital control systems to smooth out intermittency and optimize renewable energy use across wide geographic areas.

Why does oligarchy matter in the context of energy transition and supergrids?

Oligarchy matters because a small group controlling capital allocation, key assets like transmission or generation facilities, information channels, and policy access can steer outcomes in the energy transition. Supergrids create choke points where leverage concentrates, allowing those with resources and influence to shape infrastructure development and governance to their advantage.

What are the critical choke points in building and operating a supergrid?

Key choke points include: 1) Transmission corridors and rights of way—securing permissions for land use; 2) Interconnectors and cross-border governance—deciding rules for scarcity management, pricing, upgrades, and control authority; 3) Flexibility markets and software control layers—where dispatching and grid balancing software becomes valuable and tends to concentrate among few players.

How do politics and power dynamics influence grid modernization efforts?

Grid modernization is deeply political because it involves navigating local permitting processes, community opposition, cross-border agreements, regulatory frameworks, and legacy interests. Those who can finance large projects cheaply, influence policymakers effectively, and shape public narratives gain significant advantages in directing how grids evolve.

Why is focusing solely on renewable generation insufficient for understanding energy transition power dynamics?

Focusing only on renewable generation overlooks who controls essential infrastructure like transmission lines, interconnectors, ports, mining operations for materials, trading platforms, financing mechanisms, and software systems managing flexibility. Power in energy transition lies in controlling these chokepoints that determine who decides what gets built where and who benefits financially.