Market Overview: Global PV Capacity Exceeds 2.2 TW, GW‑Scale Footprint Expands

In 2024, the global solar PV industry maintained strong growth momentum. According to the IEA‑PVPS “Snapshot of Global PV Markets 2024”, cumulative global PV installations surpassed 2.26 TW, with more than 47% of that capacity installed in the past three years. Global new installations in 2024 reached approximately 553‑601 GW, a year‑on‑year increase of 29%, setting a new record.

Even more noteworthy, the number of countries adding more than 1 GW of PV capacity in a single year has grown to 35. Solar power is no longer exclusive to a few countries – it is becoming a global energy solution. China continues to lead with a 59.4% share of the global market, Europe added 73.4 GW, and emerging markets such as the Middle East and Africa also showed strong growth potential.

1. Project Classification: Full Scenario Coverage from Residential to GW‑Scale Power Plants

Solar projects are generally divided into three categories based on scale, application scenario, and customer type:

2. Large‑Scale Ground‑Mount Power Plants: From GW‑Scale Bases to Integrated Wind‑Solar‑Storage

2.1 China: 277 GW of New Utility‑Scale PV Leads the World, Kubuqi “PV Great Wall” Progresses

According to the U.S. Energy Information Administration (EIA), China added 277 GW of utility‑scale PV capacity in 2024 – more than double the total cumulative utility‑scale PV capacity in the United States (121 GW) by the end of 2024. By the end of 2024, China‘s cumulative utility‑scale PV capacity had surpassed 880 GW.

In terms of project pipeline, China currently has more than 720 GW of solar projects at various stages of development, including approximately 250 GW under construction, nearly 300 GW in advanced preparation, and 177 GW announced.

The most emblematic project is the “PV Great Wall” in Inner Mongolia’s Kubuqi Desert – planned capacity of about 100 GW, covering an area more than 250 miles long and about 3 miles wide, with completion expected by 2030. Two components of this project – the northern and southern Kubuqi Desert bases – are planned for 7 GW and 6 GW respectively, both currently in the advanced preparation stage.

2.2 India: 300 MW Wind‑Solar Hybrid Project Commissioned, Wind‑Solar‑Storage Synergy Accelerates

Singapore‑based Blueleaf Energy commissioned the 300 MW Pachora wind‑solar hybrid power project in Madhya Pradesh. The total investment was approximately US$20.219 billion (around ₹19 billion), generating nearly 600 million units of electricity annually – enough to meet the annual power needs of more than 550,000 Indian households.

The project includes 35 wind turbines, solar PV at multiple sites, and a dedicated pooling substation. The electricity will be sold on the Indian power market under a 15‑year power purchase agreement.

Blueleaf Energy is currently majority‑owned by funds managed by Macquarie Asset Management and operates in Southeast Asia, India, Japan, and Taiwan, with more than 1.3 GW of in‑operation or under‑construction capacity, about 7.6 GW of power generation assets and approximately 3.3 GWh of energy storage projects in its pipeline.

2.3 Australia: Record 5.2 GW Annual Installations, World‑Leading Distributed PV Penetration

Australia added 5.2 GW of new solar capacity in 2024, bringing cumulative solar installations to 40 GW, comprising 26.1 GW of distributed systems and 13.4 GW of utility‑scale plants. This annual installation figure already exceeds the cumulative total installed before the end of 2015 (5.1 GW).

Australia performs particularly strongly in residential PV: 44% of detached houses now have solar panels, with installation rates in Queensland and South Australia reaching about 50%. South Australia alone can meet its entire state’s midday electricity demand with rooftop PV, and can even export surplus power to neighbouring states.

Currently, solar meets more than 20% of Australia‘s total electricity demand, and per‑capita installed capacity exceeds 1.52 kW, ranking among the highest in the world.

2.4 United States: Utility‑Scale PV + Storage Continues to Expand, DOE Funds 50‑Year Lifetime System Development

In late 2025, the U.S. Department of Energy (DOE) announced federal funding for SolarFlexes to develop a modular, pre‑fabricated PV array and anchoring system. The project will build a 700 kW demonstration facility at the University of Louisiana at Lafayette‘s Research Park, aiming for a 50‑year design life.

Utility‑scale PV + storage projects continue to grow in the U.S., with battery storage now the second largest source of new generating capacity after solar.

3. Emerging Scenarios: Agrivoltaics and Special Applications Accelerate

3.1 Germany: Solmotion Starts Construction of 15 MW Agrivoltaics Project

Although the European Union has not yet approved the state aid provisions of Germany‘s Solar Package I, German company Solmotion nevertheless started construction of 15 MWp of agrivoltaics capacity in November 2025. The three projects are located in Bad Waldsee (5.6 MWp), Boehringen (4.6 MWp), and Kisslegg (4.94 MWp), with combined expected annual generation of about 19,700 MWh.

Solmotion is currently developing a total solar pipeline of more than 300 MWp and plans to install energy storage at all three of these new plants.

3.2 Australia: Solar Sunshot Programme Supports Domestic Supply Chain Development

In September 2025, the Australian federal government launched the second round of the Solar Sunshot programme, providing A$150 million to support domestic manufacturing of solar module frames, glass, junction boxes, and mounting technologies. The programme is a key part of Australia‘s “Future Made in Australia” strategy, aimed at building a local PV supply chain.

In the first round, A$46 million was awarded to Australian innovator 5B to expand production of its Maverick solar units, and A$34.5 million to Tindo Solar to expand its n‑type module capacity.

4. Regional Hotspots: Middle East and Africa Markets Rise Rapidly

Middle East: Added more than 6 GW of new capacity in 2024, reaching a cumulative total of 21.5 GW. Saudi Arabia led with 3.7 GW of new installations (cumulative 6.7 GW), followed by the UAE with 500 MW and Israel with 900 MW.

Africa: Cumulative solar capacity reached 19.2 GW in 2024, with 2.6 GW added during the year. South Africa led with 1.2 GW of new capacity (cumulative 8.7 GW). Large‑scale projects are progressing in Côte d‘Ivoire (50 MW), Botswana (100 MW), Namibia (100 MW), Mali (200 MW), and other countries.

5. Technology Trends: Higher Efficiency, Longer Life, More Intelligence

5.1 High‑Power Modules Widespread

Next‑generation high‑efficiency modules represented by JA Solar DeepBlue 5.0 (670 W, n‑type TOPCon) and Aiko Infinite ABC (665 W, 24.6% efficiency) are becoming the standard configuration for large‑scale power plants, imposing higher load‑bearing and wind‑resistance requirements on mounting systems.

5.2 Tracker Penetration Increases

The adoption rate of tracking systems in large‑scale PV projects continues to rise. Single‑axis and dual‑axis trackers, which adjust module angles in real time, can increase power generation by 15‑25%, making them especially attractive in high‑irradiation regions.

5.3 PV + Storage Becomes Mainstream

The combination of PV and storage is becoming a standard feature of large‑scale projects. Battery storage solves the intermittency of solar power, enabling solar plants to continue delivering clean electricity at night and on cloudy days.

Outlook

With 35 countries now in the “GW‑scale annual installation” club, solar power is transforming from a “complementary energy source” into a “mainstream energy source”. From China‘s “PV Great Wall” to India’s wind‑solar hybrid projects, from Germany‘s agrivoltaics to Australia’s rooftop PV saturation, solar projects are integrating into the global energy system in diverse forms.

Technological innovation will continue to drive solar projects toward higher efficiency, longer lifetimes, and lower costs. Meanwhile, the trend toward supply chain localisation will provide new support for the diversification and resilience of the global PV industry.

In a Nutshell

In 2024, global solar projects showed a “quantitative and qualitative leap” – 35 countries reached GW‑scale annual installations, and from GW‑class bases to agrivoltaics, from integrated wind‑solar‑storage to 50‑year‑life systems, solar is becoming the most solid pillar of the global energy transition.