The photovoltaic power station market is showing a thriving development trend driven by global energy structure adjustment and environmental awareness enhancement. In recent years, the market size has continued to expand, and the competitive landscape has gradually formed. At the same time, a series of new growth drivers are emerging, injecting vitality into the future development of the industry.
1 Market Status: Scale Expansion and Diversification of Applications
(1) Global installed capacity continues to climb
According to data from the International Energy Agency (IEA), the global installed capacity of photovoltaic power plants will reach 250GW in 2024, with a cumulative installed capacity exceeding 1800GW. This growth rate far exceeds expectations, mainly due to strong support for renewable energy development from various countries and continuous progress in photovoltaic technology. Among them, Asia has become the main driving force for the growth of global photovoltaic installed capacity, while countries such as China and India, with abundant solar energy resources and active policy guidance, rank among the world's top in terms of new installed capacity. By 2024, China's newly installed photovoltaic capacity will reach 100GW, accounting for 40% of the global new installed capacity.
(2) The application scenarios are constantly expanding
The application of photovoltaic power stations has extended from traditional large-scale ground power stations to diversified scenarios such as distributed photovoltaics, building integrated photovoltaics (BIPV), and agricultural photovoltaic complementarity. Distributed photovoltaics have been widely used in industrial and commercial rooftops as well as residential areas. Its "self use, surplus electricity grid connection" model effectively reduces users' electricity costs and improves energy utilization efficiency. In 2024, the proportion of newly installed distributed photovoltaic capacity worldwide will reach 40%, becoming an important force for market growth. BIPV combines photovoltaic power generation with building structures, not only realizing the self generating function of buildings, but also enhancing their aesthetics and technological sense. It has broad application prospects in urban new construction and renovation projects. The complementary modes of agriculture and fishery have achieved comprehensive utilization of land resources by combining photovoltaic power stations with agricultural and fishery production, further expanding the application boundaries of photovoltaic power stations.
2 Competitive Landscape: Enterprise Competition and Industrial Cluster Formation
(1) Intense competition among enterprises
In the global photovoltaic power plant market, numerous companies are fiercely competing. Chinese companies such as Longi Green Energy, Jinko Solar, and Trina Solar have gained significant market share due to their advantages in photovoltaic module manufacturing, system integration, and technology research and development. As the world's largest manufacturer of monocrystalline silicon photovoltaic modules, Longi Green Energy's products rank among the top in the global market share and are widely used in photovoltaic power plant projects. JinkoSolar has enhanced its competitiveness in the global photovoltaic power plant market by continuously optimizing product performance and cost control. Meanwhile, international companies such as First Solar and SunPower are also competing in the global market with their technological and brand advantages.
(2) The industrial cluster effect is highlighted
With the development of the photovoltaic power station market, the industrial cluster effect is gradually emerging. In China, regions represented by Jiangsu, Zhejiang, and Jiangxi have formed a complete photovoltaic industry chain cluster. These regions have gathered enterprises from silicon material production, photovoltaic module manufacturing to photovoltaic power plant design, installation, operation and maintenance. Through industrial collaboration, production costs have been reduced and production efficiency has been improved. For example, the photovoltaic industry cluster in Jiangsu Province covers numerous well-known enterprises, from upstream silicon wafer manufacturing companies to downstream photovoltaic power station system integrators, forming close industrial cooperation relationships and having strong competitiveness in the global photovoltaic power station market.
3 Future growth drivers: policy support and technological innovation
(1) Continuous policy support
The policy support from governments around the world for the development of renewable energy will continue to be an important driving force for the growth of the photovoltaic power plant market. Many countries have established clear renewable energy development goals and related subsidy policies. The EU proposes to achieve a 40% share of renewable energy in energy consumption by 2030, with photovoltaic energy playing an important role. To achieve this goal, EU countries have introduced subsidy policies to encourage enterprises and residents to build photovoltaic power plants. China is also continuously promoting the development of the photovoltaic industry, expanding the market size of photovoltaic power stations through the implementation of policies such as photovoltaic poverty alleviation and county-level distributed photovoltaic development pilot projects. At the same time, simplifying the approval process for photovoltaic power plant projects, lowering the entry threshold for enterprises, and further stimulating market vitality.
(2) Driven by technological innovation
Technological innovation will bring new growth opportunities to the photovoltaic power station market. In terms of battery technology, the research and application of new high-efficiency battery technologies such as perovskite cells and HJT (heterojunction) cells will significantly improve the conversion efficiency of photovoltaic modules and reduce power generation costs. For example, the laboratory conversion efficiency of HJT cells has exceeded 26%, and with the acceleration of its industrialization process, it is expected to be widely applied in photovoltaic power plants. In terms of energy storage technology, the development and cost reduction of new energy storage batteries will effectively solve the intermittent problem of photovoltaic power generation, improve the stability and reliability of photovoltaic power plants, and promote better integration between photovoltaic power plants and the power grid. In addition, the development of intelligent operation and maintenance technology, through means such as big data analysis and artificial intelligence, enables real-time monitoring and fault warning of photovoltaic power plant equipment, reduces operation and maintenance costs, and improves power plant operation efficiency.