Europe talks about electrification more than anyone. EV bans by 2035. Net zero by 2050. Heating electrification. Industrial decarbonization. These aren't goals, they're mandates. The rules are written. The timelines are fixed. The entire continent is committed.
The grid was not consulted about this plan.
The queue is broken
Germany has 720 gigawatts of pending grid connections. That's 2.5 times its current installed capacity. Two and a half times. Not 20 percent more. Not double. Twice and a half what it can generate right now.
Italy has 340 gigawatts of projects queued from 6,000 applicants, mostly renewable installations trying to connect. The Netherlands has 14,000 businesses waiting for grid connections. Fourteen thousand. The UK is looking at 3 to 6 year waits just to get in the queue. Not to get the connection. Just to get studied.
This isn't a U.S. problem. This is worse. Europe's interconnection system has completely broken down.
Electrification is coming whether the grid is ready or not
The EU has mandated that all new buildings must have heat pumps by a certain date. They've banned gas heating for new construction. They've committed to 55 percent emissions reductions by 2030. That's not negotiable. It's the law. Thousands of businesses are making capital investments based on these mandates. Factories are being retrofitted. Heat pump installations are going up across the continent.
Electrifying heating, transportation and industry creates new demands on local networks. Where available capacity is constrained, the connection offer and required network work determine the site’s timeline. See dated grid-connection evidence.
Something has to give. Either the timelines slip, or the grid finds a way to handle the load without waiting for traditional utility infrastructure.
The cost estimate is staggering
The European Commission estimates 45 billion euros just for integrating EVs into power systems by 2030. Not building new generation. Not replacing the entire transmission network. Just integrating electric vehicles. And that number assumes nothing goes wrong and timelines hold.
That's money that doesn't exist. It's not allocated. It's not budgeted. It's an estimate of what it will cost to solve a problem that's already here.
Meanwhile, factories are waiting to electrify. Municipalities want to switch buses to electric. Industrial sites need to decarbonize. None of them can start until they get grid capacity. All of them are in the queue.
The EU committed to electrification targets with grid infrastructure that wasn't built for it. That gap is growing every week.
Distributed power at the point of demand
Europe isn't unique in facing this problem. But it's unique in how seriously it's taking the commitment to hit decarbonization targets on time. There are too many mandates, too many businesses already invested, too much political capital behind net zero for the whole thing to slip.
That means the solution can't be waiting for the grid. The solution has to be distributed. Power generated and deployed where it's needed. At factories that need to electrify. At industrial sites waiting for connections. At heat pump installations that can't wait five more years for the utility to upgrade the transformer in their neighborhood.
Site-appropriate generation operating in parallel with available utility capacity is one potential way to support electrification while traditional grid infrastructure catches up. Fuel, emissions, and permitting requirements vary by market and site.
This is why the DOR matters in Europe
The grid has traditionally determined where and when businesses can grow. Immedia Power changes that. We combine our unique power-generation system with Power OS, our embedded AI layer, to create the DOR, a new distributed power platform that gives space-constrained sites the on-site power they need to run and scale without waiting on the grid.
We are developing the DOR (Distributed On-demand Resource) for grid-constrained sites. Each modular unit targets 200 kW continuous output and supports natural gas, CNG, LPG, biofuel, and hydrogen blends. The design supports grid-parallel operation, subject to validation, certification, permitting, and site engineering.
The deployment goal is a shorter path to on-site capacity than a major utility upgrade. Foundation, fuel, construction, permitting, capacity studies, and interconnection requirements remain site-specific. The architecture is designed to parallel multiple 200 kW units for larger approved installations.
For factories, municipalities, and commercial sites, the DOR is being developed as a modular on-site capacity option that could support electrification while the grid catches up.
The goal is simple: give power-constrained sites a shorter path to growth. If grid capacity is blocking a European project, the DOR offers a new platform to evaluate.
If you're on an electrification timeline in Europe and the grid is the bottleneck, let's talk about whether a future pilot could fit your site.