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In a Dutch government TV campaign called "Turn the Switch" an actress alerts audience members about their electricity usage.

"Whenever we everyone use power at the identical moment, our power grid gets overburdened," she states. "It can cause failures. So, use as little energy as possible between four and nine."

This represents a indication that, in one of the most-advanced economic systems in the world, something has developed problems with the country's power supply.

Electric Vehicle Uptake and Renewable Power Expansion

The Netherlands has been an eager adopter of electric cars. It has the highest number of charging points per capita in the European continent.

As for electricity production, the Netherlands has replaced natural gas from its large North Sea resources with wind and solar.

To such an extent that it pioneers the path in Europe for the amount of solar panels per individual. In fact, more than one third of Dutch homes have solar panels installed.

This nation is also aiming for offshore wind energy parks to be its largest provider of power by the year 2030.

Network Overload Challenges

While this is all positive in ecological terms, it's putting the Dutch national electricity grid under significant stress, and in recent years there have been a series of power cuts.

This issue is "network overload", says an energy executive, chief executive of a Netherlands energy producer and provider.

"Network overload is similar to a bottleneck on the power grid. It's triggered by either too much power demand in a particular area, or too much power supply fed into the network, beyond what the grid can handle."

He explains that the problem is that the network "was designed in the era when we had just a handful of massive, primarily gas-fired power plants".

"Therefore we built a network with very big transmission cables near those generation sites, and increasingly thinner cables as you got closer to the residences.

"Currently we're transitioning to green energy, and that means there's a significant energy being injected into the network in the outskirts of the network where there are just comparatively small cables."

Furthermore these limited power lines are struggling to cope with all the power coming in from wind turbines and solar panels scattered throughout the country.

Specialist Analysis and European Context

Damien Ernst, professor of power systems at a European university, is among the continent's leading experts on electricity grids. He states it is an costly issue for the country to solve.

"They have a network emergency because they didn't put money sufficiently in their local grids, in their main power lines, so they are experiencing bottlenecks everywhere, and it will take a long time and billions of dollars to address this."

Prof Ernst adds that it is a continental issue. "We have an enormous amount of solar panels being deployed, and they are set up at a rate that is much, much excessive for the network to be able to handle."

Management Approaches and User Effects

Within a leading power provider's headquarters in the port city, executives showcase a substantial control panel that the company calls its "digital energy system" and "the control center of our operations". It is used to help balance the grid, preventing power failures.

When power production is too high across the country, it enables energy companies to rotate wind generators away from the breeze and deactivate PV systems.

As for situations where consumption for power is peak, it lowers the power to customers who have agreed to permit providers to interrupt or reduce their electricity supply when the network is under strain in exchange for lower rates.

But for homes and businesses who wish to scale-up their use of energy with a additional or bigger power link, that, more and more, is simply not feasible.

"Frequently customers want to set up a heat pump, or charge their EV at their residence, but that requires a significantly larger electricity link, and increasingly they just cannot get it," says the energy executive.

He adds that it is worse for companies. "Often they want to grow their operations, and they just cannot receive additional capacity from the network managers.

And it has reached the stage where even residential development in the Netherlands is becoming increasingly challenging, because there's just no available power to link those new neighbourhoods to the grid."

Those people, and businesses, find themselves on waiting lists for a several of years. Simultaneously there are additionally waiting lists for those who want to supply the grid with energy, such as a recently built house equipped with PV systems on its roof.

Economic Consequences and Future Strategies

State-operated organization that runs the Dutch power network says that 8,000 businesses are presently waiting to be able to feed in power, while twelve thousand others are queuing for authorization to consume additional energy.

Certain sectors of the Dutch economy are warning that it is hampering their growth. "Network overload is putting the long-term viability of the Dutch chemical sector at jeopardy… while in different nations it will be easier to invest," states the President of a major industry association.

Therefore, was all this preventable? "In hindsight I think almost every issue is avoidable," comments the industry leader.

He adds that following the 2015 climate accord on aiming to tackle global warming, "we were very much focussing on expanding the green energy production aspect. But we kind of underestimated the impact it would have on the electricity network."

The grid operator is currently planning to spend €200bn on reinforcing the grid, including laying approximately 100,000km of additional power lines between now and 2050.

This represents a massive sum of funding, but there is additionally a big cost to not spending it. Network overload is costing the Dutch economic system up to €35bn a year, according to a recent report from a business consulting firm.

An experienced official responsible for network issues explains that understanding is unfortunately required. "In order to improve and reinforce the grid, we need increase twofold, triple, sometimes increase tenfold the capacity of the current grid.

"And it's taking on average about 10 years to