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The plants of Sole Siciliano 1, 2 and 3 will fall into the territory of the Municipality of Santa Croce Camerina, in the Spinazza district at a distance of a few hundred meters from each other and will be connected to the MT network of E- Distribuzione through the existing “Cabina Santa Croce Camerina”.

The plants of Sole Siciliano 1, 2 and 3 will fall back into the territory of the Municipality of Santa Croce Camerina, in contrada Spinazza at a distance of a few hundred meters from each other and will be connected to the MT network of E-Distribution through the existing ‘Cabina Santa Croce Camerina’.

The plants of Sole Siciliano 1, 2 and 3 will fall back into the territory of the Municipality of Santa Croce Camerina, in contrada Spinazza at a distance of a few hundred meters from each other and will be connected to the MT network of E-Distribution through the existing ‘Cabina Santa Croce Camerina’.

The installations of Sole Siciliano 1, 2, 3 and 4 will fall into the territory of the Municipality of Santa Croce Camerina, in the Spinazza district at a distance of a few hundred metres from each other and will be connected to the MT network of E-Distribuzione through the existing “Cabina Santa Croce Camerina”.

The Spaldington Airfield wind farm consists of 5 turbines and is located approximately 13 km north of Goole, South Yorkshire and has been operational since 2016. Funding from Spaldington is provided by the Spaldington Wind Farm Community Fund administered by East Riding of Yorkshire Council.

This plant consists of a field with photovoltaic panels to convert solar energy into electric energy, a system that converts the electrical current from direct to alternating at the grid frequency, and a transformer to increase the voltage generated to the grid voltage, all of which are integrated with protective devices. The plant is grid connected, namely, it is connected to the public distribution network into which the energy produced is supplied, so there is no need to install electricity accumulators. The photovoltaic modules consist of 26,040 polycrystalline silicon photovoltaic cells with stable performance over time and a high return. The modules are south facing and tilted at a 20° angle, defined so as to optimize the annual yield in a way that is compatible with the need to limit mutual shading and the area available.CO2 savings: 3,700 tons/year

The 54.1 MWp photovoltaic agricultural plant in the municipality of Ginosa (TA), in the locality of Stivaletta, combines the production of renewable energy, equal to the needs of over 41 thousand families, with the enhancement of organic agriculture, with areas dedicated to beekeeping and different types of crops, including cereal crops dedicated to animal feed and areas dedicated to the breeding/shelling and grazing of the same animals in compliance with the environmental peculiarities of the territory.

The project uses innovative methods, which have already been successfully adopted in other countries, and which represent a novelty in Italy, thanks to the use of technological/agricultural skills that generate a beneficial impact on the territory

Renantis, Orsted and Blue Float Energy have joined forces to develop the Stromar floating offshore wind farm off the coast of Caithness as part of the ScotWind leasing round.

The plant consists of a field with photovoltaic panels for the conversion of solar energy into electrical energy, a system that converts the electrical current from direct to alternating at the grid frequency, a transformer to raise the generated voltage to the grid voltage, and protection devices. The system is grid connected, i.e. connected to the public distribution network into which it feeds the energy produced; there is therefore no need for electricity accumulators. The photovoltaic modules consist of 14280 polycrystalline silicon photovoltaic cells with stable performance over time and high efficiency; the cells are encapsulated between a layer of ÈVA, a UV-stable polymer with low hygroscopicity and tempered glass. The modules are south-facing with a tilt angle of 20°, defined so as to optimise the annual yield in line with the need to limit reciprocal shading and the area available. CO2 savings: 2,100 tonnes/year

The plant will fall within the territory of the Municipality of Vittoria, in the Sugherotorto district and will be connected to the MV E-Distribuzione network through the existing Cork Cabin.
The project is located near the existing “Sugherotorto 1” plant.