Top 5 Countries Producing Solar Energy

  • China leads the world as the top producer of solar energy, installing more than 30.1 GW of photovoltaic (PV) capacity in 2019.1
  • The United States, India, Japan, and Vietnam rank next on the list of top solar producers.
  • While China’s PV market share was 27% for 2019, this is down significantly from 2017, when the nation’s market share reached 51%.2
  • A record number of new countries are increasing their PV capacity, cutting into China’s market dominance.

Although more can be done to harness the power from that bright fireball in the sky, several countries have taken the lead in capturing the sun’s energy and are using it as a viable source of electricity. By all accounts, the sun is not going anywhere any time soon.

Over the years, the United States has made strides in positioning itself as a leader in solar energy production, along with China, India, Japan, and Vietnam. Although solar power was once seen as a niche market, these countries are proving that this source of renewable energy is a legitimate answer to the world’s search for alternatives to fossil fuels.

China

As the nation with the largest population and carbon footprint, China’s clear commitment to renewable energy is encouraging. According to China’s National Energy Administration, the country installed more than 30.1 GW of photovoltaic (PV) capacity in 2019, bringing its total installed capacity to 205.2 GW.

This PV capacity is enough for China to keep its market leader position with the Chinese market representing 27% of total global installations. However, it’s interesting to note that in 2017 China’s market share was 51%. China’s declining dominance in the market coincides with a record number of new countries installing significant PV capacity.

The vast majority of photovoltaic products, or solar panels, are being installed in remote areas by giant solar farms that sell the energy to utilities. Satellite imagery shows the incredible growth of these enormous solar farms that continue to pop up all over China.

United States

The United States has continued to improve its standing as a leader in solar power by expanding its utility sector and residential market installations. Much of the increase is attributable to substantial government incentives given to the residential sector, which is a fast-growing market segment.

In 2019, the U.S. utility sector saw an increase of 37% in installed capacity over 2018. The residential market increased installed capacity by 15% in 2019 compared to 2018. The total new installed capacity for 2019 came in at 13.3 GW, which brought the U.S. to 75.9 GW of cumulative installed capacity. As the cost of solar power becomes more cost-competitive with nonrenewable resources, U.S. output is expected to continue to grow in the years to come.

India

India’s steady rise as a leader in PV capacity has been impressive. After several years of concentrated effort, India showed significant growth in 2019, reaching a 9% share of the global PV market for the year. The nation surpassed Japan (which held a 6.3% share of the market) and trailed the U.S. (which held an 11.9% market share).

Most of India’s capacity for the year was installed at utility plants, which accounted for the majority of its 10.1 GW new installed capacity for the year. At the end of 2019, the country’s cumulative installed capacity was approximately 42.9 GW.

Japan

As one of the most densely populated countries in the world, Japan does not have the luxury of covering huge swathes of land with solar panels. Despite its lack of abundant open space, Japan is still among the world’s leaders in terms of total solar energy produced, with 7 GW of new installed capacity in 2019.

After the Fukushima nuclear plant disaster in 2011, Japan made a serious commitment to solar energy as part of a plan to double its renewable energy by 2030. Out of necessity, Japan found creative places to install solar panels. A boom in the popularity of golf in Japan in the 1980s led to an overabundance of golf courses, many of which were completely abandoned as of 2015. Many of these forgotten courses are now completely covered in photovoltaic products.