Energy in a production plant

A company’s energy bill is more than a price per kilowatt-hour. Contracted capacity, reactive energy, the tariff and when your machines run all count. We start with measurement and only then propose investments.

Production hall at dusk with solar panels on the roof

One installation, one plan

Solar PV, energy storage and the plant’s loads share the same switchboard. That is why we size them together and run them on one control plan, not device by device.

Illustrative diagram: production plantMedium-voltage grid supply through a transformer to the main switchboard, which feeds a production line, reactive power compensation, solar PV with an inverter, a battery and a heat pump. Grid power flows to the production line; solar power flows to the heat pump and the battery.MV grid 15 kVkWhT1 15/0.4 kVEnergy meteringMain switchboard 0.4 kVMProductionlineReactivecompensation=~Solar PVand inverter+BatterystorageHeat pumphall heating
Illustrative diagram: production plantMedium-voltage grid supply through a transformer to the main switchboard, which feeds a production line, reactive power compensation, solar PV with an inverter, a battery and a heat pump. Grid power flows to the production line; solar power flows to the heat pump and the battery.MV grid 15 kVkWhT1 15/0.4 kVEnergy meteringMain switchboard 0.4 kVMProductionline=~Solar PVand inverter+Batterystorage
Fig. 1Single-line diagram, illustrativeSite: production plantenergy flow

Services for business

From data to a confirmed result

We start with data and a clear diagnosis. We compare the possible solutions, taking into account capital costs, maintenance and the effect on other systems. If an investment is not justified, our recommendation says so. We never promise a percentage saving before the analysis.

  1. Analysis

    We learn what the building needs and collect invoices and operating data. We define the scope of the assessment and what needs measuring.

  2. Measurement

    We check how equipment really runs and look for the causes of losses. We prepare improvement options with costs and assumptions.

  3. Delivery

    Once you choose a solution, we carry out or coordinate the agreed work. Changes and parameters are documented at handover.

  4. Verification

    We compare results against the agreed baseline, allowing for changes in how the building is used. Energy savings are separated from price changes.

Find out where you are losing energy

Describe your building and the problem you want to solve. We will tell you what data is needed and propose the scope of the analysis. You can start with your energy bills or with a specific installation that is not working as it should.