The Country That Treated Electricity as Paperwork

A civilized country should not “prepare” for losing electricity in the same way it prepares for rain.

Rain is weather. Power is civilization.

Electricity is not one sector among many. It is the invisible bloodstream beneath hospitals, payment systems, water, logistics, traffic lights, heating, telecom, trading systems, data centers, schools, homes, AI, and nearly every modern act of work. When the grid fails, the digital world does not degrade gracefully. It falls through a trapdoor.

That is why the recent Dutch conversation about electricity feels so strange. TenneT warns that the risk of shortages after 2030 is rising. Government pages explain that the grid is full. Companies are put on waiting lists. New housing projects worry about connections. We are told to prepare, to become flexible, to accept that things are complicated.

Of course they are complicated.

But complexity is not an excuse for institutional resignation.

The scandal is not that TenneT warns us. A serious grid operator should warn early. The scandal is that warning has become a governance style. We have started to normalize sentences like “there may not be enough electricity” as if this were some unavoidable natural phenomenon. It is not. It is the result of decisions made too late, incentives designed too narrowly, infrastructure treated as paperwork, and a political culture that has not yet admitted that electricity security is national security.

The Netherlands is not running out of technical solutions. It is running out of institutional seriousness.

Two Crises Wearing One Name

The public debate often mixes two different problems.

The first is grid congestion. This is the problem we already feel today. In large parts of the Netherlands, the issue is not that there is no electricity. The issue is that the network cannot move enough electricity where and when it is needed. There is too much demand at the same time, too much solar generation at the same time, too little transformer capacity, too few heavy cables, and too many connection requests waiting for a grid that was built for another era.

The numbers are not small. Regional grid operators have more than 14,000 demand-side requests waiting, representing over 9 gigawatts. On the high-voltage grid, TenneT has queues that run into tens of gigawatts. Companies that want to electrify cannot get capacity. Renewable projects that could produce clean power cannot always connect. New housing runs into the same invisible wall.

This is not an abstract climate-policy problem. It is an economic-development problem. It is an industrial-policy problem. It is a housing problem. It is a national-competitiveness problem.

The second crisis is resource adequacy after 2030. This is more fundamental. It asks whether the Netherlands will have enough firm electricity supply in the hours when demand is high, wind and solar are low, and imports are not available because neighboring countries are under stress too.

TenneT’s 2025 security-of-supply monitor says that the Netherlands remains within the reliability standard until 2030. After that, the picture deteriorates. The Dutch standard allows a maximum expected shortage of four hours per year. TenneT’s base case shows 1.1 hours in 2030, but 12.6 hours in 2033 and 9.2 hours in 2035. The expected unserved energy is still modest in absolute terms, but the direction is unmistakable. The system is moving outside the norm.

Why? Because the old backbone is leaving before the new backbone is ready.

Coal exits by 2030. Gas plants become less economic because they run fewer hours, even though they remain essential in rare moments of scarcity. Demand rises through electric vehicles, heat pumps, industry, data centers, and the general electrification of everything. Wind and solar keep growing, but they are not firm by themselves. Imports help, but they are not sovereignty. In a European scarcity event, everyone reaches for the same lifeboat.

This is the uncomfortable truth: we are retiring the dispatchable system faster than we are building the flexible system.

The Grid Was Built for Yesterday

The Dutch grid was a triumph of the old energy world. Large power plants produced electricity. The grid moved it outward. Demand was relatively predictable. Planning could be slow because the system itself was stable.

That world is gone.

The new system is not one-way. It is not calm. It is not centralized. Millions of solar panels inject power at noon. Electric cars charge after work. Heat pumps respond to cold evenings. Factories want to replace gas with electricity. Wind farms produce in weather-driven waves. Data centers demand constant power. Households are becoming both consumers and producers.

This is not just “more electricity.” It is a completely different operating model.

And yet the Dutch institutional reflex still treats electricity infrastructure as if it were a normal spatial-planning file. A substation becomes a permit. A cable becomes a route dispute. A battery park becomes a local-risk discussion. A nationally strategic project enters the same swamp of objections, studies, procedures, fragmented responsibilities, and appeal timelines that govern ordinary construction.

Democracy matters. Environmental protection matters. Local communities matter.

But a society also has hierarchy. Some things are more basic than others. Electricity is one of those things. Without it, the rest of the democratic conversation cannot even be conducted.

A state that cannot distinguish between ordinary development and civilizational infrastructure has lost the plot.

Batteries Are the Missing Link

The Netherlands does not need to romanticize gas, nor pretend that the answer is simply to keep the old fossil system alive forever. That is nostalgia dressed as realism.

The real missing link is flexibility. And the most obvious, scalable, near-term form of flexibility is batteries.

Large-scale batteries do several things at once. They absorb solar and wind surpluses. They discharge during evening peaks. They reduce congestion when placed intelligently. They provide balancing services. They help stabilize a grid that is becoming more weather-dependent. They can turn renewable energy from a timing problem into a dispatchable asset.

This is not theory anymore. Belgium is building large Tesla Megapack projects at former power-plant sites, connected directly to high-voltage infrastructure. That is exactly the right instinct: put storage where the grid already exists, where industrial land is available, and where the old energy system can be converted into the new one.

The Netherlands has started to move. TenneT expects 5 to 7 gigawatts of battery capacity to be economically viable by 2030, and much more by 2050. It has introduced flexible contract forms such as time-dependent transmission rights and capacity control contracts. The Sequoia project in Oosterhout, a 200 megawatt / 800 megawatt-hour battery, is an important signal. There are reports of gigawatts of battery projects potentially gaining access through more flexible grid contracts.

Good. But not enough.

If batteries are now recognized as strategic infrastructure, they should be treated that way. Not as speculative grid users. Not as ordinary commercial projects waiting politely in line. Not as nice-to-have additions. They are part of the national security architecture of an electrified country.

A battery that worsens congestion should not be rewarded. But a battery that reduces congestion, shifts renewable energy into scarcity hours, and helps the system avoid blackouts should be accelerated, not punished.

The rule should be simple: if a battery serves the grid, the grid should serve the battery.

The Market Will Not Solve Rare Catastrophe Alone

Here the problem becomes philosophical.

Energy-only markets are good at pricing electricity that is actually produced. They are worse at valuing capacity that exists mostly so nothing terrible happens.

A gas plant, battery, demand-response system, or long-duration storage asset may be essential during a small number of extreme hours. But if its revenue depends on rare price spikes, investors will hesitate. Banks do not finance national resilience on the hope that a crisis arrives at the right price.

This is one reason Europe is rediscovering capacity mechanisms. Not because politicians love market design acronyms, but because the old assumption is breaking. Scarcity pricing alone may not produce enough firm capacity in time. Investors need bankable signals. Society needs insurance.

The Netherlands should stop pretending this is a distant academic debate. A strategic reserve should be created quickly to prevent premature closure of essential firm capacity. At the same time, the government should prepare a broader capacity mechanism if the adequacy gap proves structural. Existing gas capacity may need to be retained or refurbished for a while, not because gas is the future, but because collapse is not a climate policy.

This is the adult position: build the battery-first system as fast as possible, keep enough firm backup until it is real, and design the market so that reliability is paid for before it is missed.

What a Serious Country Would Do

A serious Dutch response would not be another slow program with hopeful language. It would be a national electricity-security plan.

First, create a Dutch Battery Acceleration Program. Target 5 to 7 gigawatts of grid-scale battery power by 2030, with a first wave of 2 gigawatts delivered by 2028. Prioritize former coal and gas sites, high-voltage substations, industrial clusters, solar and wind nodes, logistics hubs, and places where storage directly reduces congestion.

Second, fix battery economics immediately. Grid-serving batteries should receive reduced transport tariffs, standardized flexible contracts, and priority access where they demonstrably relieve congestion. The Netherlands should not make batteries pay as if they are the problem when they are part of the cure.

Third, keep firm backup until the flexible system is real. Strategic reserves, temporary capacity payments, and retained gas capacity may be necessary during the bridge. This is not a betrayal of the energy transition. It is what keeps the transition from losing public legitimacy.

Fourth, treat critical grid infrastructure as emergency national infrastructure. Create one national permitting track, strict appeal deadlines, specialist energy courts, standardized safety and environmental rules, and national override powers for strategic projects. Compensate communities fairly, but stop allowing process to become sabotage.

Fifth, use flexibility before concrete. Avoiding the evening peak is cheaper than building infinite grid capacity. Electric vehicles should not default to charging between 16:00 and 21:00. Industrial users should be paid for flexibility. Cold storage, e-boilers, thermal buffers, neighborhood batteries, and demand response should be treated as grid assets.

Sixth, stop using imports as comfort language. Interconnection is valuable. It is not a substitute for domestic resilience. The Netherlands should plan for the hours when neighboring countries cannot save us because they are living through the same weather system.

The Real Shortage

This is not a story about electrons. It is a story about agency.

For decades, electricity became invisible because the system worked so well. That invisibility made us complacent. We forgot that civilization is not automatic. It is maintained. It is engineered. It is defended against entropy, delay, ideology, underinvestment, and the bureaucratic instinct to turn every urgent thing into a process.

The Netherlands is one of the richest, most technically capable countries in the world. It has world-class engineers, ports, industry, capital, logistics, and institutional knowledge. It can build this system. It can buy batteries. It can retain backup. It can accelerate permits. It can design markets that reward reliability. It can decide that electricity is not optional.

But first it has to say the quiet part out loud.

We should not be preparing citizens for the possibility that the lights may go out. We should be preparing institutions for the fact that their old tempo is no longer acceptable.

The future will be electric. That is not the problem. The problem is that Europe keeps treating the electric future as a compliance exercise while others treat it as a race.

Batteries are the missing link. But sovereignty is the missing decision.

A country that wants to remain modern cannot treat electricity as paperwork. It has to treat it as power — in every sense of the word.