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Spain's Ministry of Industry, Tourism and Digital Planning predicts in a new report that solar energy will become the country's largest source
of electricity by the end of the next decade.
According to the vision drafted by the Spanish government, the cumulative installed photovoltaic power generation in the country may even reach 77 GW
by the end of 2030.
According to the planning vision of the new report, in the best-case scenario, by the end of 2030, the installed capacity of photovoltaics in the country will reach 77 GW, and solar PV will become the cheapest source of electricity, with a power generation capacity of 47.
1 terawatt hours
.
In addition, wind power will reach 31 TWh, combined cycle power plants will generate 24.
5 TWh, hydropower 23 TWh, and cogeneration 8.
5 TWh
.
In this case, renewables will have a 70% share of Spain's electricity mix, while solar PV technology will reach a cumulative installed power of about 77 GW, followed by wind with 47.
5 GW
.
The report also lays out a sustainable transition scenario in which solar energy will be the cheapest source of electricity in the country by 2030, but with a capacity of 40 terawatt hours and no energy storage systems
will be deployed.
However, in this case, renewables still account for 67%
of domestic electricity generation.
Compared to the 7 TWh missing in the best-case scenario, some of it was replaced by coal power (4 TWh).
Commenting on the scenario with the highest penetration of solar and renewable energy, the Spanish government said that the increase in its share would significantly reduce the cost of electricity generation, resulting in savings of about 9.
6 billion euros.
The Spanish solar energy association UNEF welcomed the report's findings, claiming that the Spanish government has finally recognized the high value
of photovoltaic technology.
José Donoso, president of the association, said, "Expected to increase the installed capacity of photovoltaics significantly by 2030, tenfold compared to current levels, this is a key opportunity to enable citizens to access cheaper energy and reach a more stable development model
.
" ”
Spain's Ministry of Industry, Tourism and Digital Planning predicts in a new report that solar energy will become the country's largest source
of electricity by the end of the next decade.
According to the vision drafted by the Spanish government, the cumulative installed photovoltaic power generation in the country may even reach 77 GW
by the end of 2030.
According to the planning vision of the new report, in the best-case scenario, by the end of 2030, the installed capacity of photovoltaics in the country will reach 77 GW, and solar PV will become the cheapest source of electricity, with a power generation capacity of 47.
1 terawatt hours
.
In addition, wind power will reach 31 TWh, combined cycle power plants will generate 24.
5 TWh, hydropower 23 TWh, and cogeneration 8.
5 TWh
.
In this case, renewables will have a 70% share of Spain's electricity mix, while solar PV technology will reach a cumulative installed power of about 77 GW, followed by wind with 47.
5 GW
.
The report also lays out a sustainable transition scenario in which solar energy will be the cheapest source of electricity in the country by 2030, but with a capacity of 40 terawatt hours and no energy storage systems
will be deployed.
However, in this case, renewables still account for 67%
of domestic electricity generation.
Compared to the 7 TWh missing in the best-case scenario, some of it was replaced by coal power (4 TWh).
Commenting on the scenario with the highest penetration of solar and renewable energy, the Spanish government said that the increase in its share would significantly reduce the cost of electricity generation, resulting in savings of about 9.
6 billion euros.
The Spanish solar energy association UNEF welcomed the report's findings, claiming that the Spanish government has finally recognized the high value
of photovoltaic technology.
José Donoso, president of the association, said, "Expected to increase the installed capacity of photovoltaics significantly by 2030, tenfold compared to current levels, this is a key opportunity to enable citizens to access cheaper energy and reach a more stable development model
.
" ”
