Greenvolt Next Italy strengthens its presence in the distributed renewable energy sector with a new project in collaboration with OMS S.p.A., a long-established Piedmont-based company specializing in hot steel forging for the transport sector. The result? A nearly 1 MW photovoltaic plant capable of generating clean energy directly at the production site in Salassa (TO).

An integrated plant for a concrete energy transition  

The project, entirely managed by Greenvolt Next Italia, involved the removal and redevelopment of industrial roofing across 9 buildings, and the installation of 1,998 photovoltaic modules (model SUNPOWER P6-500-COM), with a total capacity of 999 kWp over approximately 4,700 m² of surface area.  

The system is already connected to the grid and was designed in three distinct sections, perfectly integrated into the existing infrastructure to maximize both efficiency and sustainability.

Greenvolt-next-solar
1.998

photovoltaic modules

SUNPOWER

P6-500-COM

4.700 m²

Surface area

Renewable energy even for the most energy-intensive industrial sectors  

Mitia Cugusi

This project with OMS demonstrates how it is possible to offer decentralized energy solutions even to companies operating in sectors traditionally considered difficult to decarbonize. It means not only reducing emissions and energy costs, but also improving operational efficiency and contributing concretely to the energy transition.

Mitia CugusiPresident of Greenvolt Next Italy

Toward a new model of energy production and consumption  

The project with OMS fits into the broader strategy of the Greenvolt Group, which focuses on innovation and distributed generation to accelerate the energy transition. In Italy, Greenvolt Next is already active with over 1,200 photovoltaic systems installed and a total capacity of 150 MW.  

Among the most advanced solutions offered by the company are Renewable Energy Communities (CERs), collective self-consumption groups, and distributed self-consumption configurations, which allow for the virtual sharing of energy produced—optimizing its use for the benefit of businesses, public entities, and local communities.  

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