Solar PV energy capacity to exceed 8,000GW by 2050

Wind energy and concentrated solar power have reduced their costs significantly, but it is photovoltaic that has reduced their costs dramatically thanks to China. Annual investments of more than 7 billion would see Latin America’s photovoltaic capacity increase from the current 7 gigawatts (GW) to more than 280 GW by mid-century, although Asia, North America and Europe continue to have the greatest capacity. The photovoltaic solar capacity will exceed 8,000 GW by 2050.

At that time, photovoltaic solar energy would represent the second-largest source of energy immediately after wind power, generating a quarter of the world’s energy, as reflected in the report “The future of photovoltaic solar energy,” presented in Sun World 2019 in Lima, Peru. In total, Global Solar Power’s capacity would increase from 480 GW in 2018 to more than 8,000 GW in 2050, growing by almost 9% on average per year.

“Photovoltaic solar energy and other renewable energies such as solar thermal and wind energy represent the effective and ready solution to meet the growing demand for energy and limit CO2 emissions at the same time,” said Francesco La Camera, CEO of IRENA. “Renewable energies are practical, economical and safe for the climate. They are key to sustainable development, allowing access to energy, stimulating economic growth, creating jobs and improving health.”

In particular, solar energy will become one of the most important energy sources by 2050. Projected growth rates in markets such as Latin America show that we can extend the energy transition to all countries. It’s possible.” If accompanied by strong policies, the transformation driven by renewable energy, such as solar, can bring substantial socio-economic benefits according to the new IRENA report. The global solar industry has the potential to employ more than 18 million people by 2050, four times the current 4.4 million jobs.

During the last decade, the capacity of photovoltaic solar energy installed outside the network has multiplied by more than ten, from approximately 0.25 GW in 2008 to almost 3 GW in 2018 worldwide.

With its modular and flexible nature, photovoltaic solar technology can be adapted to a wide range of off-grid applications and local conditions. In fact, off-grid photovoltaic solar energy is an essential technology to achieve universal access to electricity in line with the UN Sustainable Development goals.

Similarly, the deployment of photovoltaic solar systems on the roof has increased considerably, which makes photovoltaic solar energy in some markets more attractive than buying electricity from the grid. The competitiveness of distributed solar energy is clearly increasing deployment in large markets, including Brazil, China, Germany and Mexico.

Key statistical aspects of the report.
Accelerating photovoltaic solar energy could reduce energy-related CO2 emissions by 21% by 2050.

With more than 50% of installed capacity by 2050, Asia (mainly China) would continue to dominate photovoltaic solar energy, followed by North America (20%) and Europe (10%). The Latin American market would increase from 7 GW in 2018 to more than 280 GW.

The annual investment in photovoltaic solar energy should increase on average by 68% worldwide, from $ 114 billion in 2018 to $ 192 billion by 2050.
The total cost of electricity (LCOE) for photovoltaic solar energy will continue to decrease from an average of 85 cents per kilowatt hour (kWh) in 2018 to between 5-14 cents per kWh by 2050.

Due to innovations, photovoltaic solar energy remains a rapidly evolving industry. Floating photovoltaic energy is one of the most prominent examples, with a general cumulative installed capacity exceeding 1 GW by 2018. Battery storage and electric vehicles are essential solutions to support the network and manage large amounts of photovoltaic solar energy, to guarantee the flexibility of the energy system.

 

Source: E-Wind

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