Electrical, photovoltaic and security systems
What makes the difference is sizing the system according to actual consumption, selecting the most suitable components for the specific roof and managing the administrative procedures: connection applications with e-Distribuzione, the Modello Unico procedure and GSE agreements. We handle everything from start to finish.
Before proposing any solution, we analyse the customer’s electricity bills and assess the roof: how much energy is consumed, at what times of day, the orientation of the roof slopes, and whether there are any sources of shading such as chimneys or nearby buildings.
This assessment forms the basis of the design: the correct capacity, the optimum module layout, power optimisers where necessary – for example, when roof slopes face different directions – and, where consumption is concentrated in the evening, a battery storage system to use the energy produced even after sunset.
We are installers, not resellers: the company that designs the system is the same company that installs it and supports it over time. In our quotation, we indicate the available tax incentives and prepare the documentation required to claim them.
It depends on the proportion of the energy produced that can be consumed directly. For this reason, before preparing any offer, we analyse the electricity bills and provide a realistic estimate of production and savings calculated for the specific case, rather than using generic averages.
Yes, all of them: the connection application with e-Distribuzione, the Modello Unico procedure where applicable, and GSE agreements such as the Ritiro Dedicato scheme. This is the part of the work where experience matters most: an error in an application can delay the grid connection for months.
If consumption is concentrated in the evening and the property is largely unoccupied during the day, in most cases the answer is yes. However, this assessment must be based on the customer’s actual data, which we analyse when preparing the quotation.
It is a situation that can be addressed through proper design. Power optimisers and a carefully planned module layout make it possible to use even less-than-ideal roofs effectively. We assess this during the site survey.
