For production, warehouses, cold stores and charging hubs

Industry & logistics

Analyse peak load, production profiles, charging infrastructure, contracted capacity and capacity risks.

Response within one business day

Pricing model

Modular per meter, confirmed after scope

Start with Consumption Analysis per meter. You only add Financial Analysis and Capacity Analysis when they add value.

Explain peaks
Monitor capacity risk
Understand cost impact
A basis for control
Industry & logistics: Energy IntelligenceIndustry & logistics

01

The approach

From recognizable situations to concrete data questions.

02

Sector profile

Quarter-hour values reveal peaks and baseload consumption.

03

Where the money is

Cost, capacity and anomalies come together in an action view.

The approach

The energy profile as a production asset.

In industry the highest quarter-hour sets the bill and, in a congested grid area, how much room is left to grow. COMCAM traces every peak back to line, machine group and moment, so the profile becomes a lever you operate yourself.

Process peaksCompressed air and standbyCongested grid areaBatch and start-up planning
Industry & logistics: The approach

Recognise

The residual load outside production hours becomes attributable per hall and per meter: compressed air, standby equipment and lighting that keep running.

Explain

Peaks are traced to machine and moment. You see which quarter-hour maxes out the contract and which processes stack on it.

Steer

Start-up sequences and batch planning push down the defining peak. A battery or contract adjustment only follows once the profile substantiates it.

Pain points

Where industry & logistics often runs into trouble.

Energy Intelligence is positioned differently for each sector. The value lies in recognisable situations, not in generic dashboards.

Peak loads

Contracted capacity

Charging infrastructure

Process-dependent consumption

The energy model

Industry & logistics

Where consumption, generation and steering come together in this sector: from meters and cooling to solar panels and charging infrastructure.

The energy model: Industry & logistics

Sector profile

The industry profile: process peaks set the bill, and your room on the grid.

Day profile in quarter-hour values
00:0012:0024:00Contracted capacity1234
1

Night-time residual load

Whatever keeps running outside production: compressed-air leaks, standby equipment, hall lighting.

2

Production start

Lines starting simultaneously set the defining peak. Sequential start-up can push it down.

3

Process peaks

Batch processes and compressors stack on top of the plateau, traceable to machine and moment.

4

Contracted capacity

Under congestion this is your ceiling. Every kW of headroom the profile finds is room to grow.

Where the money is

Three insights that make the difference in industry & logistics.

01

Compressed air and standby are the silent cost item

The residual load outside production hours is often substantial in practice, and almost always technical, not operational. The profile pinpoints it per meter and per hall.

02

The defining peak is a choice, not a given

Know which quarter-hour maxes out the contract and you can adjust start-up sequences and batch planning. Peak shaving through planning costs nothing; peak shaving with a battery only makes sense once the profile substantiates it.

03

Congestion turns the profile into a production asset

In a congested grid area, extra capacity is simply not for sale. Your own profile (shifting, buffering, curtailment) is then the only lever you control yourself.

From the field · Industry

Production company measures consumption per process

For large orders in the production halls, the company follows energy consumption at quarter-hour level, so that consumption per order becomes visible.

View all cases

Result

Gas and electricity consumption per production process at quarter-hour level.

Modules

Energy Intelligence for industry & logistics.

Start with Consumption Analysis per meter. You only add Financial Analysis and Capacity Analysis when they add value.

Consumption Analysis

Base rate per meter for consumption, locations and trends.

Book a no-obligation call

Financial Analysis

Add-on per meter for costs and invoice checks.

Book a no-obligation call

Capacity Analysis

Add-on per meter for peaks and connection capacity.

Book a no-obligation call
FAQ

Frequently asked questions about energy insight in industry & logistics.

From metering data and savings opportunities to capacity, regulation and a practical start.

01

Where is the first measurable saving opportunity in industry & logistics?

Compressed air and standby are the silent cost item. The residual load outside production hours is often substantial in practice, and almost always technical, not operational. The profile pinpoints it per meter and per hall.

02

Which deviations and decisions become visible through comparison in industry & logistics?

The defining peak is a choice, not a given. Know which quarter-hour maxes out the contract and you can adjust start-up sequences and batch planning. Peak shaving through planning costs nothing; peak shaving with a battery only makes sense once the profile substantiates it.

03

Which strategic decision can the energy profile substantiate?

Congestion turns the profile into a production asset. In a congested grid area, extra capacity is simply not for sale. Your own profile (shifting, buffering, curtailment) is then the only lever you control yourself.

04

Which patterns appear in the energy profile of industry & logistics?

Night-time residual load: Whatever keeps running outside production: compressed-air leaks, standby equipment, hall lighting. Production start: Lines starting simultaneously set the defining peak. Sequential start-up can push it down.

05

How does capacity analysis support expansion or electrification?

Under congestion this is your ceiling. Every kW of headroom the profile finds is room to grow. COMCAM compares quarter-hour values with contracted capacity, so additional demand can be assessed before investment decisions are made.

06

Which energy data does COMCAM need for industry & logistics?

The foundation consists of quarter-hour values per meter and location. Where available, COMCAM adds gas data, contracted capacity, tariffs, operating hours and relevant asset data. Access is arranged through authorisation or an existing data connection.

07

Are additional sensors or submeters always required?

No. Existing smart meters and telemetry data are the logical starting point. Submetering is only added where the main profile cannot answer a specific process question with sufficient precision.

08

Which Dutch energy-saving obligations may apply to a location?

In the Netherlands, the energy-saving obligation currently applies from 50,000 kWh of electricity or 25,000 m³ of natural-gas equivalent per location per year. Measures with a payback period of no more than 5 years must be implemented. An extension to 7 years is intended for 1 July 2027, but the five-year threshold remains in force until the change is final. The exact obligation depends on the location, use and activity.

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