Mogliano Solar Park
Renco has started the development of a new Photovoltaic solar power station in Mogliano Veneto, Province of Treviso, Veneto Region, in Italy. The project is estimated to contribute to the reduction of 3,226.3 t CO2 eq in emissions, equivalent to planting approximately 161,300 trees annually.
key info
In detail
The construction of the photovoltaic field with metal structures fixed to the ground will be conducted over a period of 16 months. Within these structures, 16,800 photovoltaic panels will be installed, along with 5 new transformation cabins and 1 delivery cabin, these structures will be utilised to produce electricity through photovoltaic conversion of solar energy.
Focus on the details
CLOSE-UP ON THE PROJECT
The facility is characterised by a power of Pstc=9,240,00 MWp and will be connected to the local distributor's grid via a substation. In selecting the facility layout, priority was given to an arrangement of photovoltaic rows on the available land, enabling the creation of exclusive dirt road access within it to enable easy reach to all field substations and their respective rows for facilitating routine maintenance operations. The facility comprises of 16,800 modules, each with 550 Wp, with a total photovoltaic surface area of approximately 43,344.00 square metres. Overall, the project area will be approximately 14 hectares.
The type of facility is a fixed structure with load-bearing metal structure to which photovoltaic modules are attached at an inclination of 30°. The energy produced by the modules flows through a collector system consisting of conductor cables located on the back of the structure. Downstream of the decentralised string inverters, there are low-voltage panels that collect the energy produced by the panels and, through connection to the transformers, make it available to be fed into the internal grid. Plant control is enabled remotely, through surveillance cameras (visual monitoring) and via appropriate software (production monitoring).
Weather Conditions and Irradiation Monitored with Specialized Instruments
The control system is designed to grant access to information generated from devices in the field, inverters, and transformers, and to verify whether the energy production is consistent with what the photovoltaic generator, responsible for intercepting sunlight and thus converting solar energy into electrical energy.
