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Italy's Enel Green Power has started construction of a 1.
7 mega Varasia solar photovoltaic plant in northern Chile, named after a neighboring observatory, for which solar power
will be provided later.
EGP invested USD 3.
4 million in the plant, which is expected to be completed
in the first half of 2017.
Francesco Venturini, CEO of EGP, commented: "Following the successful completion of the Oyagüé hybrid power plant, we are very pleased to start the construction of a second highly innovative project
in Chile.
With the La Silla project, our continuous innovation in renewable energy technology will produce another classic example
of clean energy generation.
Emphasize that sustainability and innovation must go hand in hand
.
”
The La Silla PV plant will feature advanced PV panels, including innovative smart bifacial PV modules
.
Smart PV modules have microchips that optimize the power generation of each solar panel, ensuring transmission to the grid regardless of any failure of the solar panel
.
This bifacial PV module obtains solar energy from both sides of the PV panel, and only one side of the traditional PV panel can absorb solar energy
.
The use of innovative photovoltaic panels is expected to increase solar power generation by 5% and 10%.
La Silla will be the world's first utility-scale PV plant
to use smart bifacial modules in combination with traditional modules for side-by-side testing.
During this time, the performance of the innovative technology is compared with
conventional components.
The new La Silla solar power plant, which has a long-term power purchase agreement with La Silla Observatory, will also provide solar power
to the Central Chilean Interconnection System (SIC).
Once fully operational, the PV plant will generate about 4.
75 GWh of solar power per year, equivalent to the electricity
consumption of about 2,000 households.
Italy's Enel Green Power has started construction of a 1.
7 mega Varasia solar photovoltaic plant in northern Chile, named after a neighboring observatory, for which solar power
will be provided later.
EGP invested USD 3.
4 million in the plant, which is expected to be completed
in the first half of 2017.
Francesco Venturini, CEO of EGP, commented: "Following the successful completion of the Oyagüé hybrid power plant, we are very pleased to start the construction of a second highly innovative project
in Chile.
With the La Silla project, our continuous innovation in renewable energy technology will produce another classic example
of clean energy generation.
Emphasize that sustainability and innovation must go hand in hand
.
”
The La Silla PV plant will feature advanced PV panels, including innovative smart bifacial PV modules
.
Smart PV modules have microchips that optimize the power generation of each solar panel, ensuring transmission to the grid regardless of any failure of the solar panel
.
This bifacial PV module obtains solar energy from both sides of the PV panel, and only one side of the traditional PV panel can absorb solar energy
.
The use of innovative photovoltaic panels is expected to increase solar power generation by 5% and 10%.
La Silla will be the world's first utility-scale PV plant
to use smart bifacial modules in combination with traditional modules for side-by-side testing.
During this time, the performance of the innovative technology is compared with
conventional components.
The new La Silla solar power plant, which has a long-term power purchase agreement with La Silla Observatory, will also provide solar power
to the Central Chilean Interconnection System (SIC).
Once fully operational, the PV plant will generate about 4.
75 GWh of solar power per year, equivalent to the electricity
consumption of about 2,000 households.
