Renewable energy capacity is expected to increase by 4% this year

The report, released on Tuesday, is an update to the IEA’s May forecast, which was released when the COVID-19 pandemic was shutting down economies around the world. The updated report provides analysis and forecasts through 2025 on the impact that COVID-19 will have on renewables.MORE: Green cement: Startup aims to solve construction’s carbon emissions problem

The additions are expected to set a new record with 200 megawatts of installed capacity around the world and could account for 90% of all new electricity capacity.

PHOTO: Smoke from wildfires is seen past photovoltaic panels at the Calexico Solar Farm II in this aerial photograph taken over Calexico, Calif., Sept. 11, 2020.
Bloomberg via Getty ImagesBloomberg via Getty ImagesSmoke from wildfires is seen past photovoltaic panels at the Calexico Solar Farm II in this aerial p…

“This year about half of all new power electricity capacity added to the global electricity markets come along from solar PV. Half of it and [the] other half everything is put together, ” said Dr. Fatih Birol, the IEA executive director, during a press conference announcing the report. “Our projections for the next five years show that this 50% of the total new capacity may well go to about two-thirds of the new capacity additions by 2025.”

The United States and China are a big part of the increase. Both are expected to increase their wind and solar capacity by 30% as developers try to finish projects before policy changes go into effect.

PHOTO: Photovoltaic solar panels in Sheyanghu Township of Baoying County, east China's Jiangsu Province, Nov. 5, 2020.
Xinhua via NewscomXinhua via NewscomPhotovoltaic solar panels in Sheyanghu Township of Baoying County, east China’s Jiangsu Provinc…

Compared to May’s report, the IEA increased its renewable capacity by 18% in 2020. In the first report, the agency forecast that renewable capacity would decrease for the first time in 20 years, because of construction delays, supply chain disruptions, and shutdowns around the world all caused by the pandemic.MORE: Biden unveils ambitious proposal on green energy: ‘We’re not just going to tinker around the edges’

They cite the quick ramp-up of construction and manufacturing, along with the easing of border restrictions since mid-May as the reason for the increase in the latest report.

The IEA also forecast a record 10% increase in 2021 due to delayed projects getting underway and growth in markets that were strong before the pandemic.

However, in 2022, they predict a slight decrease in capacity additions due to uncertain policies in key markets, like the U.S. and China.

PHOTO: Workers at a plant during the production process of wind turbines during a government organized tour at Goldwind Technology in Yancheng, in Jiangsu province, Oct. 14, 2020.
Hector Retamal/AFP via Getty ImagesHector Retamal/AFP via Getty ImagesWorkers at a plant during the production process of wind turbines during a government organize…

With the increases in the coming years, the IEA says installed solar and wind capacity should surpass natural gas capacity in 2023 and coal in 2024 and renewable energy will overtake coal as the largest source of electricity worldwide by 2025.

“Just before 2025, renewables will overtake coal and will be the number one source of electricity generation and coal had the highest share in global electricity generation since the early 1950s,” said Dr. Birol. “If major countries, such as the United States and China, will change their policies to push to the renewables stronger, this overtaking of coal by renewables may well be sooner than 2024 [to] 2025.”

PHOTO: Solar panels and wind turbines of Wind, Solar and Fishing Base in Dongtai near Yancheng, Jiangsu province, China, Oct. 14, 2020.
Alex Plavevski/EPA via ShutterstockAlex Plavevski/EPA via ShutterstockSolar panels and wind turbines of Wind, Solar and Fishing Base in Dongtai near Yancheng, Jiangs…

Hydropower will continue to produce about half all renewable electricity, with wind and solar second and third, respectively.

ByLeighton Schneider