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EaaS Industrial · Energy as a Service

Cheaper energy, none of the capital

We fund, build, own and operate the energy system on your industrial site. You sign for kilowatt hours at a contracted price, not for panels, inverters and batteries.

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Where the savings come from
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Years to payback on a typical site
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Design life of the plant
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Capital required from you
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Reporting, continuous through the RMS
Where the savings come from

Four levers, one bill

An industrial site does not save energy in one place. The contracted tariff is built from four measurable effects, weighted here by how much each one typically contributes. Your own consumption curve sets the real split before anything is signed.

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Solar self-consumption
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Tariff and contract optimisation
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Tariff and contract optimisation
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Peak shaving with storage
Sectors we serve

Every industry loads the grid differently

A cold store, a foundry and an assembly plant have nothing in common on a load curve. The architecture and the tariff follow the sector, not a template.

Agri-food Automotive Electronics Plastics Logistics Retail

Cold storage and process heat run day and night, so the load curve is flat and predictable. Self-consumption covers a high share of daytime demand, and storage carries the evening plateau.

On plants delivered in this sector, peak-hour coverage reached 60 to 70 percent for a bill reduction of about 30 to 33 percent.

Assembly and paint lines draw heavily during shifts and drop sharply between them. That shape suits a large photovoltaic array with peak shaving on the shift changeover.

Delivered plants reached 65 to 70 percent peak-hour coverage and a forecast payback of four years.

Clean rooms and climate control impose a continuous base load with very low tolerance for interruption. The architecture prioritises availability: solar sized on the base load, storage for ride-through, generation held in reserve.

Coverage of 75 percent has been achieved on this profile.

Injection and extrusion equipment produces short, violent current peaks that inflate the demand charge more than the energy charge. Storage sized on peak shaving often pays for itself faster than additional panels.

Bill reductions of 23 to 30 percent have been measured.

Warehouses offer very large roof surfaces against a modest load, which makes the roof itself the asset. Surplus can feed vehicle charging or be exported where the regulatory framework allows.

Coverage around 60 percent with a bill reduction near 35 percent.

Lighting, refrigeration and air conditioning peak exactly when the sun does, which is the most favourable profile of all for self-consumption. Carport canopies add shaded parking and visible commitment.

Coverage of 75 percent with a bill reduction of about 35 percent.

What we fund and operate

The whole system, as a service

Everything below is funded, installed, owned and maintained by NETIS for the duration of the contract. None of it appears as capital expenditure on your side.

Solar generation

Rooftop, carport or ground-mounted arrays sized on your measured load curve, with mounting structures engineered against the actual roof.

Battery storage

BESS sized for peak shaving rather than for autonomy, because on a grid-connected industrial site the demand charge is usually the bigger prize.

Conversion and MV

Inverters, transformers and medium-voltage equipment, designed together with the grid connection instead of bolted on afterwards.

Supervision

Continuous monitoring of production, consumption and avoided CO2, reported to you and to whichever framework you report under.
What we need from you

Six inputs and we can model your site

No site visit is needed to produce a first estimate. With these inputs we return a sized architecture, an expected production figure and an indicative price per kilowatt hour.

01 - Twelve months of electricity bills
Consumption in kilowatt hours and the demand charge, month by month, so seasonality and peak behaviour are visible.
02 - Load curve if you have one
A quarter-hourly or hourly export from your meter. If it is not available we can meter the site for one to two weeks.
03 - Available surfaces
Roof area and condition, unused land, parking. A satellite view and the roof age are usually enough at this stage.
04 - Your current tariff and supplier
The tariff structure determines which lever pays best: energy price, demand charge or time-of-use bands.
05 - Operating constraints
Shift patterns, shutdown periods, roof access, and any expansion planned in the next five years.
06 - Your decarbonisation target, if any
If you report under a scheme such as CDP or SBTi, we align the avoided CO2 reporting with your framework.
Questions we are always asked

The contract, in plain terms

Who owns the installation?
NETIS and its financing partners own the assets for the duration of the contract. At the end of the term the plant transfers to you in working order, at no additional cost.
What happens if production is lower than forecast?
You pay for the kilowatt hours actually delivered. Underperformance is our commercial risk, not yours, which is exactly why the sizing study is conservative.
Can we buy the plant early?
Yes. The contract includes a buy-out schedule, with a value that decreases over the term.
Who maintains the installation?
NETIS, for the entire term. Preventive maintenance, corrective response, spare parts and supervision are all included in the tariff.
What happens during a shutdown period?
Production continues and can be exported or stored where the framework allows. Annual shutdowns are factored into the yield model from the start.
Can we start with one site?
Most clients do. A single site, measured over a full year, then the model extends to the rest of the portfolio once the numbers are your own rather than ours.
Next step

What would your energy cost as a service?

Twelve months of bills and a satellite view of the site. That is enough to return a sized architecture, an expected production figure and an indicative price per kilowatt hour.

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NETIS is a leader in the telecommunication and energy Industry, with over 17 years of experience in the design and development of high-performance network solutions.

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