Skip to content
Saturday, 5 September 2026 in
BC1 Business Channel One
The memory of the futureSharing innovation knowledge through authentic stories

Why switch to direct current?

🎬 Multilingual subtitles
✍️ By: Team BC1.NL

Direct current

“Direct current is great! And sustainable, affordable, safe, and there’s more available,” says Harry Stokman, DC Expert and CEO of Direct Current, an organization with the mission to put direct current on the map.

Haven't we already switched?

To a large extent we have, says Harry Stokman. All our devices run on direct current. Ask people what the most commonly used plug is and the answer is USB, and USB is direct current. Many devices, including larger ones, will soon run on a USB plug. Electric mobility is direct current too, because it relies on batteries. And all the sustainable energy we generate is direct current as well. It is quite logical, then, to connect everything together and avoid all unnecessary conversions.

What can a lamppost on direct current do?

The lampposts in this film are fully smart. You can compare them to a USB plug with communication built in, with the lights connected to it. They have sensors, and when you cycle home in the evening you can adjust the light via an app. The power comes from renewable generation and is stored in batteries; it is a completely autonomous system.

What is in it for you?

You essentially regain full control. If you generate your own energy, direct current makes it much easier to use that energy yourself first, which matters in the debate about net metering and offsetting. In horticulture, direct current is already used successfully to control lighting in greenhouses. And at ABN AMRO work is under way on a fully direct current building, with USB-C sockets, LED lighting and solar panels connected as one system.

Where do the Netherlands stand?

At the transport level, direct current has essentially already won. The cables from the Netherlands to Norway, Germany, and the UK all use direct current. What the Netherlands is working on now is the last kilometre of the grid. According to Stokman there is no country in the world where government, grid operators, market and education are tied together on this theme the way they are here.

The Netherlands is leader in direct current

In the Netherlands, several projects have already been initiated that use direct current. This is possible because the country is the first where the entire chain collaborates together.

Also interesting: The first direct current distribution station in Europe

Frequently asked questions

This is a short summary of the film. Watch the video above for the full story.

Why is the Netherlands a global frontrunner in direct current?
The Netherlands is the only country in the world where the entire chain of government, grid operators, market and education has been tied together around the theme of direct current, making it a global frontrunner. The whole world, including America, Germany, Korea and Japan, is looking to the Netherlands.
Why do the sea cables to Norway and England run on direct current?
Over long distances there are fewer losses than with alternating current. On top of that, Great Britain and Scandinavia run on their own grid frequency, which is not synchronised with mainland Europe. An alternating current link is not an option there, a direct current link is.
What is reactive power?
Power that shuttles back and forth through the cable in an alternating current system without transporting any energy, while still causing losses. Direct current has none of it, which is a key reason why long-distance transport is more efficient that way.
Is direct current cheaper than alternating current?
Not by default. The cable itself is cheaper per kilometre: it produces less heat loss, so it needs less material and can be thinner. But the converter stations at both ends are far more complex and expensive than ordinary transformer stations. Direct current therefore only pays off over longer distances.
Where can I watch the full film?
These questions and answers are a short summary. Watch the full film "Why switch to direct current?" with all insights, examples and background at https://www.bc1.eu/why-switch-to-direct-current/