For Amstel Discovery District (ADD) in Ouder-Amstel, this means that grid operator Liander will not be able to supply electricity until 2037. There’s sufficient electricity in the Netherlands, but the cables cannot transport power from production to consumption. The cause is the accelerated electrification of vehicle fleets and industry, combined with extreme population density. Grid operators work with a strict prioritization list: public interest (defense, healthcare, education) and residential housing take precedence. Offices, logistics, and industry end up on waiting lists extending well beyond 2035. For ADD, this means that homes will receive electricity, but office spaces and shops won’t.

 

The Netherlands is the first to hit these limits due to ambitious electrification policies and high density. The real problem is failed government policy. The warning signs were there, but action came too late. Residential construction can still continue to a limited extent, but office buildings won’t get off the ground.

 

ADD chose a radical approach: completely off-grid. After months of searching for alternatives, a hybrid system emerged in which solar panels, batteries, electric boilers, heat buffers, heat-cold storage, and gas generators work together intelligently. Solar surplus in summer is converted into heat; gas generators provide both electricity and heat in winter. A crucial point here is that all emissions (CO₂, nitrogen, particulate matter) are captured. The fuel isn’t the problem, but what it does to the climate. By neutralizing emissions, a workable solution emerges. Moreover, the project can switch over at the push of a button once the grid does have capacity. The alternative is waiting, and that means outdated, energy-guzzling real estate continues to exist. Is this solution broadly applicable? To a limited extent. ADD has a rare high-capacity gas connection.