Citizens Must Adapt to the Grid
Brussels’ new strategy is based on demand flexibility. Households are expected to shift more of their consumption to times when enough electricity is available. Washing, charging, heating and cooking are therefore tied more closely to the fluctuations of a system increasingly shaped by weather-dependent generation.
This is the quiet reversal of an old promise, perhaps even the admission of a political failure. There is simply not enough cheap energy available around the clock when nuclear power plants are shut down while fossil fuels are phased out. Modern energy policy was originally meant to ensure that reliable electricity was available when citizens and companies needed it. Now the consumer is being turned into the adjustment factor for a grid that cannot always supply the extra demand created by politics and industry.
Smart meters provide the technical basis for this. They measure consumption data at short intervals, enable dynamic tariffs and make households easier to steer. In Brussels, that sounds like efficiency. In everyday life, it means more control over private electricity use. It looks less like progress than planned-economy scarcity management.
The logic is not entirely new. Under former Green economy minister Robert Habeck, Germany had already pushed ahead with the accelerated rollout of digital electricity meters. The aim then, too, was to enable dynamic tariffs so consumers would shift their electricity use to periods of high wind and solar production. Brussels is now elevating that approach to the European level.
EU Energy Commissioner Dan Jørgensen has stressed that the plan will help consumers save money. He also said it was not a direct response to the growing energy needs of data centers. Yet the Commission itself acknowledges that electricity demand is growing faster than the expansion of clean energy.
AI Needs Power Europe Does Not Yet Have
The expansion of artificial intelligence is making the situation more acute. The EU wants to become more technologically independent and build its own digital capacity. Above all, it needs electricity.
Data centers do not run only when the sun is shining or the wind is strong. They need stable electricity, cooling and grid connections. As AI models grow larger, cloud applications spread and digital services multiply, Europe’s digital future is turning into a stress test for an energy system not yet built to support it.
Brussels wants to integrate these facilities more sustainably into the existing electricity system. The plans include better consumption data, more efficient sites, cooperation between grid operators and consumers, and greater coordination in the training of large AI models.
A tougher provision for more energy-efficient data centers was watered down, however. Binding energy efficiency standards by 2030 are off the table.
The strain therefore remains. Europe wants more AI, more electric cars, more heat pumps, more electrified industry and more renewable energy, while reliable capacity has been reduced in many countries. In many places, the grids are not ready for the coming demand. The power lines needed to carry offshore wind inland have not been built, and the storage facilities that could make solar power available at night still do not exist.
In the end, the required flexibility is demanded where it is politically easiest to demand it: from the citizen. He is expected to shift loads, follow price signals and adjust his consumption. The great projects of the future continue. Private everyday life is reshaped around a fluctuating electricity supply.
The Energy Transition Becomes Scarcity Management
The digitalization of the energy system is not wrong in itself. Better data can help grids operate more efficiently. Dynamic tariffs can benefit some consumers. The decisive question is why this level of control has suddenly become so urgent.
The answer is uncomfortable. Europe’s energy policy is reversing the relationship between the citizen and the infrastructure meant to support him. In the past, the energy system was supposed to serve the citizen. Now the citizen is expected to accommodate the system.
He is supposed to wash, charge and heat when it suits the grid and when enough electricity is available, not necessarily when his own life requires it. That is no longer a liberal market order, but the logic of scarcity management and a step backward in a prosperous society. Taken to its logical conclusion, it is communism. The citizen is no longer treated as the customer of a functioning energy system, but as a manageable unit of consumption. There is something of the planned economy in that logic.
The historical comparison points to Eastern Europe. In Nicolae Ceausescu’s Romania in the 1980s, electricity, heating, gas, petrol and food were rationed. Apartments stayed cold in winter, and power was often available only for a few hours at a time. That is where the political logic of the European energy transition leads: the state no longer guarantees sufficient energy. Instead, citizens are expected to subordinate their needs to scarcity.
That is the real message from Brussels. The future is meant to become artificially intelligent. The citizen is expected to fit the system.
