Solmar Insights
Global solar additions reached 690 GW in 2025, accounting for a 15% rise over the prior year and bringing worldwide cumulative installed photovoltaic capacity to 2.96 TW. These installations now equate to roughly 12% of global electricity consumption, according to the IEA Photovoltaic Power Systems Programme (IEA-PVPS) annual market report.
Key figures
690 GW global solar additions in 2025
2.96 TW cumulative installed capacity by end of 2025
China installed 415 GW, or 60% of all capacity that year
3,845 TWh annual generation potential, 12% of global electricity
U.S. performance and market share
The United States installed 43 GW of new solar capacity in 2025, ranking third globally after China and India. While this marked a significant year-on-year increase, the U.S. figure trails far behind China’s 415 GW and India’s 54 GW installations. The report positions the U.S. as a major but comparatively smaller contributor to global solar capacity growth, with European Union nations collectively adding 68 GW and Germany, in particular, adding 18 GW.
In the utility-scale segment, the U.S. accounted for 35 GW of new centralized systems. Although this establishes the U.S. as a leader in utility-scale growth outside Asia, it is noteworthy that distributed systems comprised a smaller share of American additions compared to countries like China and India. Globally, distributed solar additions surged to a record 282 GW in 2025, with China, Pakistan, and India dominating this segment.
China’s dominance and global distribution
China’s 415 GW of new installations represent 60% of global solar additions for 2025, solidifying its position as the global market leader. The nation deployed 256 GW of utility-scale solar and 159 GW in distributed systems, supported by robust manufacturing and high levels of domestic deployment.
India’s market developed strongly with 54 GW of new capacity, while the U.S., Germany, and Pakistan rounded out the top five. The market saw continued expansion with 36 countries reaching more than 1 GW in annual installations, up from 33 countries in 2024. Notably, Saudi Arabia and the UAE are emerging as growing centralized solar markets, contributing new demand in the Middle East.
Segment breakdown: centralized vs. distributed
Centralized or utility-scale solar represented 410 GW of the new global additions in 2025. China led the segment with 256 GW, followed by India and the U.S. at 42 GW and 35 GW respectively. Spain and Germany contributed 11 GW and 8.3 GW of utility-scale installations, while the Gulf states began ramping up their project pipelines.
The distributed segment achieved a record 282 GW in new capacity, up from 228 GW in 2024. China’s leadership extended into this segment as well, with smaller but sustained growth in markets such as Pakistan, India, Germany, and Brazil. Countries including France, Türkiye, Japan, and Australia also demonstrated strong participation in distributed solar growth, reinforcing distributed PV as a global trend.
Capacity per capita and regional penetration
Australia overtook the Netherlands as the highest per capita PV market, reaching 1,604 W per capita compared to the Netherlands’ 1,584 W. Germany followed at 1,413 W per capita, with eight other European states surpassing 1,000 W per inhabitant. China’s penetration rate moved above this threshold to 1,040 W per capita, demonstrating not only aggregate growth but also rising distributed deployment density.
These per capita achievements signal changing national priorities regarding residential, commercial, and utility-scale participation. The geographic broadening suggests that while China remains the dominant player, other nations are rapidly maturing, with implications for regional grid planning, PV integration standards, and investor focus for both U.S.-based and international participants.
PV manufacturing and market pressure
Despite this installation surge, module production exceeded deployed capacity, reaching 722 GW in 2025 but actually reflecting a slight decrease (0.6%) from 2024. The report notes ongoing industrial imbalances, with utilization rates and profitability under pressure for manufacturers across the supply chain due to both overcapacity and enduring price competition.
This dynamic impacts developers, offtakers, and investors as procurement timelines and contract negotiations must respond to both the softening supply environment and persistent volatility in module pricing. For U.S. buyers and asset owners, navigating these structural oversupplies and shifting import/export conditions will shape near-term strategy and forward procurement planning, especially as U.S. utility and distributed solar ambitions grow relative to other leading markets.
What this means for buyers
Solar power and PV module buyers in the U.S. and global markets must factor in the sharp 15% increase to 690 GW in 2025 solar additions. With China accounting for 415 GW and the U.S. contributing 43 GW, competitive module supply and geographic diversification are key variables this year. U.S. buyers should reevaluate sourcing and procurement strategies given oversupply in the manufacturing sector, as well as changing capacity buildout rates by region. Expect near-term options to shift in both contract terms and capacity pricing through late 2026.
Reporting via the original publisher
