Sirio Central Station

Thanks to the use of Sirio HV-MT centralized inverters in separate cabins, each with its own MV/LV transformer, Sirio Central Station (SCS) offers a modular solution that allows the optimal positioning of the inverters within the photovoltaic field, improving the installation efficiency.

The solution to minimize the risks of breakdowns and maintenance.

The logic of the independent cabins reduces the risks of lost production due to breakdowns or maintenance interventions, both ordinary and extraordinary. The cabins are made of Vibrated Reinforced Concrete, compliant with CEI 0-16 standards, with the Guide for connections to the Enel Distribuzione electricity grid, edition December 1, 2008 and with the Enel DG 2092 construction specification, edition December 1, 2008.

The quality warranty for pre-assembled structures.

The optimal functioning of the equipment is guaranteed by a natural ventilation system, with ventilation grills and conveyors that eliminate the need for air conditioning systems. The entire structure is pre-assembled in the factory according to the CEI EN 62271-202 standard, complete with the necessary electromechanical equipment, ready to be installed and put into service on site.

The key to maximum durability in any environment.

These structures, treated with special plastic and waterproofing plasters, are highly resistant to atmospheric agents, preventing cracks and infiltrations. The external walls, finished with quartz/rubber paint with a textured effect, provide exceptional resistance even in marine, mountain, industrial or highly polluted environments.

Riello Solartech is also able to offer pre-assembled solutions for:

• user cabins with interface protection and general device in compliance with CEI 0-16 requirements;
• cabins of the Supply Authority carried out according to the ENEL DG 2092 Rev.2 unification requirements with a measurement room in which the Distribution Authority carries out its measurements;
• intermediate configurations starting from 500kW;
• executions in shelters.

SCS optimizes installation times and costs.

SCS solutions can be defined as "All in One" because they tend to reduce the normal design phases and already include everything necessary for starting the system, reducing transport and installation times. Thanks therefore to a substantial reduction in costs, the high efficiency of the entire system (depending on the inverters and transformers used) and the reduction of times in the start-up phase, the choice to adopt Sirio Central Station optimizes the return on investment times.

Large utility-scale photovoltaic systems:

• Large-scale solar projects to produce renewable energy on dedicated land.
• photovoltaic fields that require high conversion efficiency and optimized energy management.

Commercial and industrial solar systems:

• company structures with large spaces such as factory roofs, warehouses and logistics centers.
• industrial plants that require a stable and reliable electrical supply for production processes.

Microgrids and Smart Grids:

• solutions for decentralized electricity networks that integrate different renewable energy sources.
• smart grid projects that benefit from optimized energy management and the ability to respond quickly to load variations.

Local Energy Communities (LEC):

• community initiatives for the production and sharing of renewable energy between different users.
• projects requiring scalable and modular infrastructure to adapt to variable energy consumption needs.

Remote and rural areas:

• installations in regions with limited or no access to the national electricity grid.
• projects that require autonomous and reliable solutions for energy production in isolated areas.

Energy research and development centers:

• laboratories and research institutes focused on innovative technologies for renewable energy.
• pilot projects to test and develop new sustainable energy solutions.

Government and military facilities:

• installations that require high reliability and safety of the electrical supply.
• projects that require resilient infrastructure that is resistant to atmospheric agents and other extreme environmental conditions.

Infrastructure for electric mobility:

• charging points for electric vehicles in areas with high traffic density.
• installations that support the growth of electric mobility with a stable and efficient energy supply.