Bypassing Grid Delays With Demand Response

Across Europe, the EV charging race is no longer about who installs the fastest chargers or delivers the most pain‑free user experience. It is about who gets a grid connection first. As the offering matures and grid capacity tightens, one of the strongest competitive advantages for Charge Point Operators is the ability to offer Demand Response.

Instead of requesting a fixed amount of grid capacity, the CPO can agree to a Conditional Connection. One way to understand this is to imagine a traffic light for your charging site: the DSO tells you when to slow down, when to stop, and when to run at full speed. Demand response technology enables the CPO to automatically respond to these signals. For example, the site may temporarily reduce charging output during local grid peaks, then return to full power when capacity is restored.

This capability matters because grid constraints are becoming the defining barrier to deployment. Prelect’s demand response technology turns these constraints into a growth enabler rather than an obstacle.

Grid Constraints Shape the Market

Europe’s charging rollout is accelerating faster than local grids can keep up. As we enter the next phase of e‑mobility growth, many attractive sites are in areas where DSOs are unable to offer full, fixed capacity. Operators without flexibility often wait years for grid investment before they can activate new sites.

Even regions that historically had strong grid availability are experiencing slower connection processes as electrification accelerates and overall demand rises. In Scandinavian markets, local DSOs increasingly signal that traditional capacity is limited and that flexible operation will be required to connect new charging locations.

Across Europe, DSOs are moving from recommendations to formal requirements. Germany is one of the clearest examples. Paragraph 14a (§14a) of the Energy Industry Act enables DSOs to send real‑time signals that curtail the grid draw of charging sites during periods of congestion. Technical standards such as VDE-AR-N 4100 and 4105 for low‑voltage installations (including PV and batteries), and VDE‑AR‑N 4110 for medium‑voltage connections, further define how charging infrastructure must interact with the grid.

The UK is developing in the same direction. Rapid growth in public charging and electrified transport fleets is increasing the load on local grids, and DSOs are exploring more dynamic connection models to manage this rising demand. Requirements such as ENA Engineering Recommendation G100 set rules for how distributed energy resources import and export power, ensuring system stability. The details vary between markets, but the trend is unmistakable: flexibility and signaling capabilities are becoming prerequisites for deployment.

The Netherlands offers a view of what this future looks like at scale. It is among Europe’s most advanced EV markets and also one of the most grid‑constrained. Flexible and conditional grid connections are increasingly the norm, and DSOs frequently issue dynamic capacity limits instead of fixed ones.

The Dutch system is a good indicator of where the entire market is heading. As these conditions spread, demand response shifts from a niche capability to a key differentiator.

Demand Response as a Competitive Edge

Demand response gives CPOs a clear commercial advantage:

• It unlocks more locations

• It shortens deployment timelines

• It strengthens tender bids

• It enables scalable growth

Demand response is no longer a technical detail. It is a strategic requirement. As grid congestion increases across Europe, the winners will be the CPOs who can offer flexibility and secure grid connections in places where others can not. Investors look for operators who are not limited by grid capacity. Municipalities prefer partners who can connect without triggering costly investments. Customers benefit from sites that open sooner.

The operator who gets the grid connection wins the location. And the operator who wins the location wins the market. To succeed under these conditions, CPOs need technology that can adapt to any DSO requirement.

Our Experience in Norway, Sweden and Germany

Prelect delivers advanced demand response technology, available through cloud‑based control or on‑site edge control. This ensures CPOs can comply with any local flexibility requirements. The system automatically adjusts charging power in real time without manual intervention.

Because we support both cloud control and local edge control, operators can meet DSO requirements whether the DSO mandates an on‑site fail‑safe or allows dynamic limits via API. At the same time, our platform standardizes data and control across chargers, batteries and solar, giving operators one operating model that works reliably across multiple markets.

To make demand response reliable at scale, the platform includes load prediction, dynamic load balancing, remote operation and peak shaving. These capabilities automate compliance with DSO limits and reduce site‑specific engineering work. Even when power is reduced during grid peaks, dynamic load balancing ensures that the charging experience remains stable for drivers.

We have delivered demand response technology across multiple locations, multiple grid regions and multiple countries. This means working with a wide range of DSOs, approval processes and technical requirements. It is hands‑on experience built through real projects, not theory.

Because we have solved these challenges in three different markets, Prelect is a flexible and experienced partner that customers can rely on in their expansion plans.