Peak Scan
One-off, fixed fee.
- 30 days of measurement
- Installed and removed by us
- Peak report with the top three actions
- Fee credited when you subscribe
In congested grid regions, a heavier connection can take years, or never come. We measure which loads set your peak, show how much room is left, and help you shift loads so the next machine fits.
This runs on measured data. There are three ways to get it, and only the third involves buying anything from us.
A historian, SCADA, submeters, your own exports — often more than people expect.
Your machine builder's, your energy supplier's, your grid operator's.
When neither exists, we install the measurement and run it as a service.
Not used
Combined in the platform with the quarter-hour data from your grid operator, with your consent. Nothing passes through your network.
Machines and compressors that no longer all start at once.
Batches, charging and heating moved out of the peak.
Loads that run for nothing at night and at weekends.
Free, 30 minutes. Is there a capacity problem worth measuring?
Quarter-hour data from your grid operator’s portal. No panel work yet.
Meters on the main connection and the largest loads, installed de-energised.
Profile, coinciding loads, headroom and the top three actions.
Monthly figures to keep the peak where you want it.
One-off, fixed fee.
Per measuring point, per month.
Added when you need them.
All operational data from five offshore energy installations, built in six months in a highly regulated NIS2 environment.
Consent to read your quarter-hour data from the grid operator’s portal.
A short, planned moment to work de-energised on the main panel.
A list of the machines and equipment that draw the most power.
Start with a free 30-minute call. Bring your last grid invoice if you have it at hand.
You know where your business is going. What you buy from us is not a box of hardware, but the expertise and the tools to make the measurement work for that business case, and to keep it running month after month.
A machine shop with 15 CNC machines on two shifts, about 80 production hours a week, on an Enexis MS/LS connection (peak tariff €3.66 per kW per month, on the highest quarter-hour). Energy at €0.20 per kWh.
| 1 · Lower monthly peak | ||
|---|---|---|
| Peak reduction | machines and compressors no longer start all at once | 40 kW |
| Value per year | 40 kW × €3.66 per kW per month × 12 months | €1,757 |
| 2 · Less standby | ||
| Standby power | 15 machines × 2 kW while switched on but not cutting (control, hydraulics, pumps) | 30 kW |
| Standby energy per year | 30 kW × 40 hours a week (of the 88 outside production) × 52 weeks | 62,400 kWh |
| Saved by halving it | 62,400 kWh ÷ 2, through switch-off rules and automatic shutdown | 31,200 kWh |
| Value per year | 31,200 kWh × €0.20 per kWh | €6,240 |
| Total per year | €1,757 + €6,240 = €7,997 | ≈ €8,000 |
In the scan we measure your real peak and standby, and calculate the value and the payback with your own tariffs and prices.
Sources: Enexis periodic transport tariffs 2026, MS/LS, excl. VAT (kW max €3.66 per kW per month, on the highest quarter-hour of the month); Enexis on waiting times of up to 10 years under congestion; new 630 kVA connection at Enexis €27,366 excl. VAT and transformer (energyc.nl, Sept. 2026). The worked example is illustrative: in the scan, we replace every assumption with your measured figures.
If your connection has headroom and you are not in a congestion zone, there is little to win: the capacity tariff only bites on a peak you are actually setting. Measure before you believe a supplier who says otherwise, including us.