In September 2020, Georgian power plants generated 877 mln. kWh of electricity. This represents a 7% increase in total generation, compared to the previous year (September 2019, the total generation was 821 mln. kWh). The increase in generation on a yearly basis comes from the increase of 15% in wind power generation, 13% in thermal power generation, and 5% in hydro power generation.

In August 2020, Georgian power plants generated 949 mln. kWh of electricity. This represents a 7% decrease in total generation, compared to the previous year (August 2019, the total generation was 1,020 mln. kWh). The decrease in generation on a yearly basis comes from the decrease of 2.5% in hydropower generation, more than a 9% decrease in wind power generation and a 35% decrease in thermal power generation.

In July 2020, Georgian power plants generated 1,010 mln. kWh of electricity. This represents a 4.3% decrease in total generation, compared to the previous year (July 2019, the total generation was 1,055 mln. kWh). The decrease in generation on a yearly basis comes from the decrease of 8.4% in hydro power generation and more than 20% decrease in wind power generation, partially compensated by an increase in thermal power generation.

In June 2020, Georgian power plants generated 999 mln. kWh of electricity. This represents a 16.6% decrease in total generation, compared to the previous year (June 2019, the total generation was 1,198 mln. kWh). The decrease in generation on a yearly basis comes from the decrease of 16% in hydro power generation and more than seven-fold decrease in thermal power generation offsetting an increase in wind power generation (+21% compared to June 2019), which remains however below 1% of total generation.

In May 2020, Georgian power plants generated 986 mln. kWh of electricity. This represents a 15% decrease in total generation, compared to the previous year (May 2019, the total generation was 1,156 mln. kWh). The decrease in generation on a yearly basis comes from the decrease of 16% in hydropower generation more than offsetting an increase in thermal and wind power generation, high in percentage terms (+34% and + 500%, respectively) but low in absolute terms.