Cabimas Photovoltaic Project

Description: The Cabimas Photovoltaic Project (hereinafter the Project) includes the construction and operation of a 9 MW photovoltaic park with installed power, which will supply electrical energy to the National Electric System (SEN). This park will be made up of approximately 27,000 photovoltaic modules, which will be mounted on metal structures with a horizontal follower on one axis. Formed by 3 groups of modules and each of these will have a maximum power of 3,000 kW to inject, which will be connected to each inverter. The Project will be connected to the CGED networks, specifically to the 13.2 kV Trafalgar feeder (Ex El Canelo) which originates from S / E San Clemente. The energy will be evacuated through an electric line made up of an underground section (24 m) and an aerial section (1,091 m), using a protected Aluminum conductor with a section of 185 mm2 and an Insulated Copper XLPE conductor with a 240 mm2 section, respectively, and joining the post No. 6-012212. In summary, the Project consists of: · Photovoltaic Park (PFV), with 9 MW of installed power, consisting of approximately 27,000 photovoltaic modules, mounted on metal structures (photovoltaic tables), with a horizontal tracker on one axis · 3 Modular Inverters of Unit Power 3,000 kWac. · 13.2 kV medium voltage electrical transmission line (LMT) and approximately 1,115 m long. At the same time, the Project contemplates a series of auxiliary works, which will complement and allow its operation, among which are: level boxes, inverter centers, modular substation, internal roads, warehouses, among others. The Project will be located in the rural area of the commune of San Clemente, Talca province, Maule Region, and will occupy an area of approximately 30 ha. Objective The objective of the Project is the generation of electrical energy through the use of technologies that employ Non-Conventional Renewable Energy Sources (NCRE), in particular, solar radiation. In this way, the operation of a photovoltaic park that will contribute 9 MW to the SEN is contemplated.