In the middle of your project, you realize that the existing electrical connection is insufficient and needs to be upgraded. In some cases, this upgrade will also mean you’ll have to switch to a different grid voltage (medium-voltage or high-voltage). This discovery instantly changes your design, your investment budget, your schedule, and possibly your permit application. The risk doesn’t necessarily lie in the upgrade itself, but in the moment you discover this need. Anyone who learns halfway through their project that a higher-capacity connection is needed will face redesigns, adjustments, and delays that were not budgeted for. The project falls behind schedule, as do the expected returns on the investments made. This scenario can be avoided, provided you identify this issue early enough in your project timeline and address it systematically.
The most important question is not whether your project exceeds a certain capacity limit. What is more relevant is whether the expected maximum power demand after the project is completed will remain within the current contractual capacity of your connection agreement.
If you anticipate new peaks that exceed this capacity, you should take action as soon as possible. A minor exceedance may still be accommodated by the existing connection following a technical assessment—for example, by amending the connection contract, better managing consumption, or gradually increasing the load.
If the demand exceeds the capacity by a larger margin, that is usually not enough. In that case, grid reinforcement may be necessary. Depending on the extent of the power demand and the capacity of the local grid, this may involve:
A grid upgrade is considered when a project significantly alters the existing power demand or generation. This may be the case, for example, with:
Do you expect your future peak demand to exceed your current contractual capacity? If so, have the appropriate grid upgrades and voltage level for your site assessed well in advance. By having your future capacity needs assessed early, you can avoid delays and additional costs.
A late realization that you need to upgrade your connection sets off a chain reaction:
Design adjustments: An HS system (cabinet, transformers, safety equipment, shielding) takes up physical space and has technical requirements. You may need to modify your architectural layout.
Unforeseen costs: The CAPEX for a high-voltage installation had not been budgeted. The switchgear, transformer, and connection work—it all adds up quickly.
Permit Delays: Changes to the location of a booth or barrier may result in the need to resubmit an application or undergo additional rounds of the permitting process.
Planning that gets out of hand: grid operators work according to their own lead times. A late application means waiting for Elia or Fluvius, regardless of your own construction schedule. In addition, lead times for switchgear and transformers needed for internal modifications are also very long in the current market.
These are not insurmountable challenges. However, they are entirely preventable.
The approach is simple: identify the possible scenarios before you submit your permit application. This requires a few extra weeks in the preliminary phase, but saves months later on.
We assess your current electricity needs as well as your future capacity requirements (if this has not already been done). We determine your current peak demand and examine which planned projects could cause you to exceed your contracted capacity. For each project, we compile the expected capacity impact and timing into a clear capacity forecast.
We identify the voltage levels available near your location: Fluvius distribution points and Elia transmission points. Can your power demand be met at the existing voltage level, or do you need to consider 36 kV or 150 kV? This forms the basis for any further decisions.
We prepare the applications for Fluvius and/or Elia, including various scenarios. This ensures you receive a response that goes beyond the most obvious connection option—and that it’s on the table before your permit is issued.
We’ll compare the scenarios side by side: connecting to Elia versus Fluvius, in terms of CAPEX, OPEX, physical space, timing, and complexity. This way, you can make an informed decision, not a forced one.
We incorporate the selected scenario into the architectural and technical plans before submitting the permit application. No more surprises later in the process.
We oversee the final power distribution study and the design of the high-voltage installation—cabinet, transformer, grounding, and protection—in full coordination with your architectural and electrical designs. No disconnected pieces of the puzzle.
For high-power projects, grid reinforcement will be necessary sooner or later. It’s not a question of “if,” but of “when” you’ll discover this, and how well prepared you are for it.
Would you like to know what connection options are realistic for your site, and how to incorporate this into your project planning proactively? We’d be happy to explore this with you.
.png)
.jpg)
.png)