This service is addressed to these clients who have an asset with high energy requirements and want to save in energy costs and as well protect their business from excessive enrgy price increse NOT INVESTING ANY MONEY.

In this case we do invest on a photovoltaic plant at Client premises and we sell energy at a discounted rate.

This service is also particulary indicated to these Clients who own an asset which is operated by third parties or in any case the energy consumptions is paid by third parties like: Commercial centers tenants, logistic centers with users different from the owner of the building or similar configurations.

In this case we can balance the economical benefit between the final consumer of energy and the owner of the premises.

a. We do perform an energetical analisys collecting several information from the of the main energy consumer (or from more consumers if present).

b. We conduct a robust analysis in order to assess the various economical impacts varying the size of the PV plant and the finished cost of energy.

c. we establish the size (or better a range of sizes)  of the photovoltaic Plant which maximises the economical convenience for the Client (both the energy consumers and the owner of the premises).

d. We pre-dimension the photovoltaic plant/s according the information available through drawigns, satellite images, google hearth and similar instruments.

e. We present a detailed Preliminary Offer including all particulars.

f. Once the Preliminary offer is accepted, we will conduct a detailed site survey which allows us to finalise and confirm the preliminary photovoltaic design.

e. We present a detailed Preliminary Offer including all particula.

f. Once the Preliminary offer is accepted, we will conduct a detaield site survey which allows us to finalise and confirm the preliminary photovoltaic design.

g. We will enter in a contract with the Client.

h. we will start the design/approval process followed by Photovoltaic plant installation, testing and commissioning.

We do can basically propose two main type of contracts:

A. a 25 year contract of selling energy in which the PV plant remain under our ownership – This contract allows the maximum economicl benefit to the Client for the first 15 years and it is less profitable in the last 10 years compared with the second form.

B. a 15 years contract for selling energy in which the PV plant remain under our ownership, with an option to by the photovoltaic plant by the Client at the end of the 15th year (at minimal costs). WE will remain in charge for the maintenance of the PV Plant for the followng 10 or 15 years.

This contract allows less economical benefits compared with the previous for the first 15 years but allows much bigger economical benefits from the 16th year till the 25-30th years from the PV plant installation.

Our services are addressed to users that can require a photovoltaic system of a size equal or more than 400kWp.

The photovoltaic configuration proposed (in the majority of the cases) are photovoltaic systems connected directly to the Client Main Electrical DB; this allow the Client to take the status of “Autoconsumer”.

We dimension the Photovoltaic plant in a way to maximise the economical return for our clients this imply that the majority of the energy produced by our photovoltaic plant will be direclty used by the final consumers, while in certain situations  a part of energy will go to the grid and will be paid according the current wholesale energy prices.

Our smart commercial PV solutions are a true business game-changer. They’re designed to generate more energy from each panel, providing faster return on your investment and more profitability than conventional solar energy systems. All while ensuring your business continuity.

Across all EU countries, it will require solar installations on all new public and commercial buildings by 2026, on all new residential buildings by 2029, on non-residential buildings that undergo a relevant renovation by 2027, and on all existing public buildings in a stepwise approach by 2030. The Commission presented the measure as part of the EU Solar Rooftop Strategy to counter the energy crisis.

The system consist in a photovoltaic system of around 670 kWp connected to the Commercial centre main DB it is operational since 2016,

It generates and energy of around 880,000 kWh/annum, allowing the commercial centre to contribute to an equivalent saving of 165 TEP/year and a CO2 emission of around 410 T/annum, plus a consistent economical saving in energy cost for our client.