Plenitude and Nuova Simplast will develop an Energy Community featuring a 758 kWp photovoltaic plant

Plenitude and Nuova Simplast - a company specialized in rotational molding and assembly of plastic components, with a strong focus on quality, efficiency, and process optimization - today announce the start of construction on an Energy Community in Montà d’Alba (Cuneo province).

This initiative is part of Plenitude’s broader strategy, which identifies Energy Communities – specifically CER (Renewable Energy Communities), AUC (Collective Self-Consumption), and AID (Individual Remote Self-Consumption) - as an innovative and sustainable energy model. These configurations offer businesses, citizens, and communities, within a local area, a tangible tool to produce, consume, and share renewable energy.

In the Individual Remote Self-Consumption (AID) configuration, the project will involve the construction of a 758 kWp photovoltaic plant, with an estimated annual production of approximately 860 MWh. The energy generated will be virtually shared with five Nuova Simplast supply points.

The plant will be installed on an unused industrial plot owned by Nuova Simplast, adjacent to its headquarters, and will share the renewable energy produced with the company’s nearby facilities. Due to the project, Nuova Simplast will become eligible for 20-year state incentives provided by law for Energy Communities, a portion of which - as required by regulation - will be allocated to support social initiatives in the area surrounding the plant.

Plenitude will support Nuova Simplast with all phases of the initiative - from design to the application for state incentives - and will also provide the “Plenitude Comunità Energetiche” digital platform, to enable the management and monitoring of the AID configuration.

Within the framework of Energy Communities, the Individual Remote Self-Consumption (AID) offers companies several additional advantages. In particular, AID allows solar energy systems to be installed on surfaces other than traditional rooftops, overcoming potential structural limitations. This flexibility enables businesses to make use of unused industrial land or adjacent plots, optimizing space and energy production.

Moreover, on a broader scale, locally produced and consumed renewable energy within the Energy Community helps alleviate pressure on the national power grid. By reducing peak demand, it contributes to greater grid stability and can help stabilize energy prices.

¹ The individual remote self-consumption configuration that uses the distribution grid involves a single end customer who shares the energy produced by renewable energy plants located in areas fully under their control, in order to virtually self-consume it at the withdrawal points they own (source: https://www.gse.it/servizi-per-te/autoconsumo/gruppi-di-autoconsumatori-e-comunita-di-energia-rinnovabile/autoconsumatori-a-distanza).