Blogs

In July 2026, China’s photovoltaic industry entered a critical structural adjustment phase. The sharp decline in H1 new installations mainly resulted from the advanced grid-connection rush in 2025 instead of weakened long-term demand. Facing severe overcapacity and homogeneous competition, the industry will usher in standardized capacity elimination under the 2027 mandatory energy efficiency standards. Supported by the 15th Five-Year Plan, the sector boasts sufficient long-term incremental space and upgraded demand scenarios. Fundamentally, the PV industry is shifting from extensive scale expansion to technology- and quality-driven high-quality development amid continuous industrial reshuffling. Read More

Faced with overcapacity and price competition in the terrestrial photovoltaic (PV) industry, the sector is undergoing structural transformation in 2026. Moving beyond the traditional growth model relying on ground installation and component iteration, the PV industry has embraced two innovative development tracks: commercial space photovoltaic power generation and in-depth power-computing synergy. Driven by technological breakthroughs such as perovskite tandem cells and space wireless energy transmission, PV is evolving from a single terrestrial new energy infrastructure to a core energy carrier integrating aerospace and digital economy. This paper analyzes the industrial logic, application scenarios and competitive transformation of the two new tracks, revealing the high-quality development trend of cross-border integration and technological iteration in the future PV industry. Read More

Photovoltaic modules are core energy conversion devices of solar power generation systems, whose technical performance determines the power generation efficiency, stability and economic benefits of photovoltaic projects. This paper systematically elaborates the photoelectric conversion mechanism of photovoltaic modules, and comprehensively compares the technical characteristics, performance advantages and application limitations of mainstream PERC, TOPCon and emerging tandem cell technologies. It also analyzes the structural optimization scheme, performance attenuation mechanism and intelligent fault diagnosis and operation-maintenance technologies of modules. Finally, the future development trends of photovoltaic technologies oriented to high efficiency, low attenuation and intelligentization are summarized, providing technical references for the industrial upgrading and engineering application of photovoltaics. Read More

Discover the benefits of lightweight flexible solar modules for weight-constrained, curved, or mobile applications. Learn about efficiency, installation, and durability. Read More

Discover why monocrystalline solar modules lead in efficiency and ROI. Compare advanced tech like TOPCon and HJT to optimize your solar investment. Read More

Explore the durability of dual-glass solar modules. Learn how 30-year lifespans and ≤0.4% degradation optimize ROI for utility-scale systems. Read More